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Long Thin Cayenne Pepper
Regular price $2.95
- 75 days.
- 2' Very hot, 6" long, slender, thin walled fruits turn from dark green to bright red.
- Long Thin Cayenne Pepper are distinguished by the curved shape, and wrinkled pendant fruits.
- A stake or cage increases production as plants tend to become top heavy.
- The red ripe peppers dress up jars of pickled green beans.
- This American classic is also known as Long Red Slim Cayenne, Slim Cayenne, Long Narrow Cayenne, and Cayenne, Long Red Narrow.
Planting Directions: Sow seed indoors 8 weeks before last frost. Plant seed ¼" deep in sterile seed mix and maintain soil temperature of 65° to 95° with 85° optimum for germination. Germinates in 5 to 14 days. Transplant when first set of true leaves appear. Fertilize regularly and provide at least 12 hours of light per day. Transplant into garden when soil temperatures are 70°-85° in soil enriched with rich compost or a general purpose fertilizer. Space plant 12" apart and water moderately and evenly until peppers form. Reduce water as peppers mature. Peppers need warmth to grow so do not rush transplanting into the garden.


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View some of the work created by learners inspired by our sites and see photos of initiatives and projects we've been involved in.
Memories of Maritime Leith: Digital Stories
Four residents of Leith share their own accounts, memories and experiences of the city's nautical history. Their insights into Edinburgh's seafaring past are captured in the four short films below.
Memories of Maritime Leith is the result of a community learning project inspired by the Trinity House maritime collections.
We partnered in the project, as did the Living Memory Association.

source: m-a-p/FineFineWeb


Dmitry Piliugin
Query Trace Column Values in SQL Server
April 23, 2018 by
Sometimes, when I saw expressions like 'Expr1002' or 'WindowCount1007' or something similar in the columns Output List of a query plan, I asked myself, is there a way to project those columns into the final result to look at the values. That question first came to me out of curiosity when I was playing with window aggregate functions and a Window Spool plan operator in SQL Server 2012, I wanted to look into the Window Spool to understand, how it performs an aggregation.
Interestingly, that SQL Server 2016 CTP3.0 allows us to look deep inside into the iterator and observe the data flowing through it. Let's turn on an "x-ray machine" and take a look.
I will use the query that calculates running total in the DB opt.
The query plan uses Window Spool to implement running total logic.
Now let's look inside. As an x-ray machine this time we will use new Extended Event (XE): query_trace_column_values. This event is located in the debug channel, so I suppose it is not documented (meaning officially supported), however, it has the following description: query_trace_column_values – Trace output column values of each row on each query plan operator."
From the description, we may see that this is what we need. The usage of this XE is a little bit tricky and demands several conditions to be met:
 - event is produced when the query is compiled or re-compiled;
 - set statistics xml should be turned on;
 - undocumented trace flag 2486 should be turned on on the session level.
Next we start XE session, open Live Data window (right click on the session name "Watch Live Data") and re-run the query with the mentioned conditions.
This query produced the following result in the Live Data window:
There were 64 events produced for this execution. We may multiply the number of rows in each plan operator (except Compute Scalar because it might be not a "classical" iterator, but a placeholder for defining expression that is calculated somewhere else in the plan).
And that gives us perfect 64 events for each row, each operator, and each column. How cool is that? =)
To analyze data in a more convenient way we may add or remove columns from the extended event grid and sort rows, to get something like this:
In a similar way you may watch other internal columns values, for example, Bookmark column:
Unfortunately, it seems that this event works only for the Row Execution mode, I tried and got no luck with Batch execution.
Before you start using this XE imagining your own scenarios and exploring SQL Server behavior I should mention once again, that this is not documented and maybe verbose. Also, firing an event, each and every time the column of the row is processed is not free, I didn't measure the impact of enabling this event, but I think it should be considered. Because of all that mentioned above, use it carefully and in the test environment only.
I also would like to thank Microsoft dev team for keep adding those cool features and making server more transparent.
Dmitry Piliugin
Dmitry Piliugin
Dmitry is a SQL Server enthusiast from Russia, Moscow. He started his journey to the world of SQL Server more than ten years ago. Most of the time he was involved as a developer of corporate information systems based on the SQL Server data platform.
Currently he works as a database developer lead, responsible for the development of production databases in a media research company. He is also an occasional speaker at various community events and tech conferences. His favorite topic to present is about the Query Processor and anything related to it. Dmitry is a Microsoft MVP for Data Platform since 2014.
View all posts by Dmitry Piliugin
Dmitry Piliugin
Execution plans, Query analysis
About Dmitry Piliugin
Dmitry is a SQL Server enthusiast from Russia, Moscow. He started his journey to the world of SQL Server more than ten years ago. Most of the time he was involved as a developer of corporate information systems based on the SQL Server data platform. Currently he works as a database developer lead, responsible for the development of production databases in a media research company. He is also an occasional speaker at various community events and tech conferences. His favorite topic to present is about the Query Processor and anything related to it. Dmitry is a Microsoft MVP for Data Platform since 2014. View all posts by Dmitry Piliugin
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This paper presents modeling, controller design, and simulation study of a proton exchange membrane fuel cell (PEMFC) distributed generation (DG) system. The overall configuration of the PEMFC DG system is given, dynamic models for the PEMFC power plant and its power electronic interfacing are briefly described, and controller design methodologies for the power conditioning units to control the power flow from the fuel cell power plant to the utility grid are presented. A MATLAB/Simulink simulation model is developed for the PEMFC DG system by combining the individual component models and the controllers designed for the power conditioning units. Simulation results are given to show the overall system performance including load-following and fault-handling capability of the system.
Date of Publication: June 2006

source: openbmb/Ultra-FineWeb


Setting up a Razor environment
Razor relies on a PXE environment to boot the Razor microkernel. You must set up your PXE environment before you can successfully provision with Razor.
There are two ways to enable PXE boot:
 - (Recommended) Integrate Razor with the DHCP solution of the system being provisioned.
 - Rely on UEFI to directly load the.ipxe file that's required to boot the Razor microkernel.
Because it's difficult to guarantee that all of your hardware is UEFI-enabled, configuring DHCP is the preferred method for setting up a Razor environment.
Set up a Razor environment
Set up a PXE environment using the DHCP and TFTP service of your choice.
Before you begin
You must have Puppet Enterprise installed.
This workflow describes a sample setup using dnsmasq. Dnsmasq is not intended for production environments; however, you can use a similar workflow to set up DHCP and TFTP with more robust solutions.
Install and configure dnsmasq DHCP-TFTP service
Install dnsmasq to manage communication between nodes and the Razor server. When a node boots, dnsmasq forwards the booted node to the Razor service.
 1. Use YUM to install dnsmasq: yum install dnsmasq
 2. If it doesn't already exist, create the directory /var/lib/tftpboot.
 3. Change the permissions for the TFTP boot directory: chmod 655 /var/lib/tftpboot.
Temporarily disable SELinux
You must temporarily disable SELinux in order to enable PXE boot. Alternatively, you could craft an enforcement rule for SELinux that enables PXE boot but doesn't completely disable SELinux.
 1. In the file /etc/sysconfig/selinux, set SELINUX=disabled.
 2. Restart the computer.
Edit dnsmasq.conf to enable DHCP
You must specify a DHCP range to enable communication with your DHCP server.
Tip: For more complex setups, it might be helpful to indicate a range name, for example: dhcp-range=range1,,,24h dhcp-range=range2,,,48h.
Edit /etc/dnsmasq.confto specify a DHCP range.
For example, for an IP range from - with a 24-hour lease, your file resembles:
# Uncomment this to enable the integrated DHCP server, you need
# to supply the range of addresses available for lease and optionally
# a lease time. If you have more than one network, you must
# service.
Edit the dnsmasq configuration file to enable PXE boot
Use dnsmasq to enable PXE booting on nodes.
 1. At the bottom of the /etc/dnsmasq.conf file, add: conf-dir=/etc/dnsmasq.d
 2. Write and exit the file.
 3. Create the file /etc/dnsmasq.d/razor and add configuration information.
 For example, for dnsmasq 2.45:
 # iPXE sets option 175, mark it for network IPXEBOOT
 # TFTP setup
 4. Enable dnsmasq on boot: chkconfig dnsmasq on
 5. Start the dnsmasq service: service dnsmasq start


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How aircraft are certified for noise
The measurement is made using three readings.
These are on approach (2km from the landing threshold), sideline on the runway, and takeoff (6.5km from start of roll). Each new aircraft type gets a noise certificate.
These are carried out under test conditions performed by certification bodies. EASA is currently responsible for Europe.
There is some information in this ICAO presentation-
It is well known that there are big differences between certified levels and actual noise levels at airports.
From an AirportWatch member:
The certification of aircraft for external noise is all part of the development and design programme for the aircraft.
With the A380, the aircraft was designed to meet or better the future noise limits proposed for Heathrow back in the early 2000's. Airbus could have built it noisier, certificated it to the limits of the day and got away with a noisier aircraft.
The actual noise tests to check compliance are very detailed and take some time. They'll be over a range of noise monitors and in various atmospheric conditions.
The assumption that they are done by a couple of pilots who know how to fly quietly is simply a product of the conspiracy theorists!
The aircraft is measured at various stages of flight, altitude, engine power settings etc.
Scientific engineers take the readings and translate them into noise metrics which are then what we see quoted.
Locations for the tests vary and will depend on where the aircraft is built. (Boing USA, Airbus Europe etc).
Again for the Airbus A380 some test were carried out at Heathrow to ensure it did meet the proposed (at the time) new criteria.
There is a brief piece on the early A380 Noise certification tests ( in 2007):
"The certification programme for the GP7200-powered A380, including noise testing, has been carried out with A380 flight test aircraft MSN009. In May this year, MSN009 confirmed its low noise emissions during a series of certification tests that were performed at the Spanish Air Force base at Morón de la Frontera in southern Spain and jointly witnessed by European and US noise authority specialists."
EPNdB, or Effective Perceived Noise level in decibels, is a measure of the relative loudness of an individual aircraft pass-by event. Separate ratings are stated for takeoff, overflight and landing phases, and represent the integrated sum of loudness over the period within which the noise from the aircraft is within 10 dB of the maximum noise (usually at the point of closest approach.) It is defined in Annex 16 of the ICAO International Convention on Civil Aviation, and in the US Federal Air Regulations Part 36. The scaling is such that the EPNdB rating represents the integrated loudness over a ten second period; EPNdB of 100 dB means that the event has the same integrated loudness as a 100 dB sound lasting ten seconds.
The EPNdB rating of an aircraft is used to estimate how much contribution a given aircraft operation will make to the noise impact of an airport in a community, which is estimated using the day-night average sound level metric.
Detailed information on measurement of aircraft acoustic signature to meet the requirements of Annex 16 is found in ICAO Document 9501 and IEC 61265. Data acquisition in one-third-octave bands is required, followed by processing to yield a logarithmically-scaled value in decibels relative to a sound pressure of 20 micropascals, approximately the threshold of hearing.


Why my solar battery charges / discharges rapidly?
It may be that charging and discharging the batteries too quickly is a sign of inadequate battery sizing, improper IMEON settings, or the end of battery life.
As a first step, ask your installer to make sure that the battery has been properly dimensioned and that the IMEON parameters have been set taking into account the technical specifications of the batteries. It is important to note that incorrect sizing of a battery can lead to premature wear.


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Ziggy: Characterizing query results for data explorers
Data exploration has received much attention during the last few years. The aim is to learn interesting new facts from a possibly unfamiliar data set.cordingly. In this demo proposal, we present Ziggy, a system t Typically, explorers operate by trial and error: they write a query, inspect the results and refine their specifications aco help them understand their query results. Ziggy's aim is to complement an existing exploration system. It assumes that users already have a query in mind, but they do not know what is interesting about it. To assist them, it detects characteristic views, that is, small sets of columns on which the tuples in the results are different from those in the rest of the database. Thanks to these views, our explorers can understand why their selection is unique and make more informed exploration decisions.
|The SciLens-II Infrastructure, Big Data at work, Commit: Time Trails (P019)|
|International Conference on Very Large Data Bases|
|Organisation||Centrum Wiskunde & Informatica, Amsterdam (CWI), The Netherlands|
Sellam, T.H.J, & Kersten, M.L. (2016). Ziggy: Characterizing query results for data explorers. In Proceedings of the VLDB Endowment (pp. 1473–1476). doi:10.14778/_PHONE_._PHONE_


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In case you didn't know this yet, compressed air is pretty awesome. With simple mechanical systems – pumps – energy can be stored and used for an infinite amount of applications. What I like about compressed air is how simple and accessible it is. Anyone with a bike pump can start moving air to greater pressures. Soda-pop bottles can be turned into air tanks, and by looking a little online and on Instructables, you'll find people who've used compressed air to do everything from shooting water balloons to powering a bicycle.
In this Instructable, I will show how I made a miniature compressed air turbine.
8/16/13: Thank you for the feature!
8/16/13: I'm just shy of 9000 views in barely 12 hours! Thanks everyone!
Step 1: Video!
Step 2: "A Compressed What-!?": Theory of Operation
Let's start from the very beginning, shall we?
All matter is composed of atoms. In solids, these atoms are packed very tightly together, which is why they are -erm, solid. The atoms are forced together and don't flow around much. In a gas however, the atoms are able to move around freely. So freely in fact, that gases don't have a "form", and instead take the form of whatever container they are in. Gases can be held at different pressures. The pressure of a gas is a reflection of how many atoms are forced into a given space. By using a pump, one can force more gas atoms into a space, increasing the pressure. If you have a container filled with a gas that has had extra atoms pumped into it, and you open the container, the high pressure atoms will move to the area with the low pressure atoms until the overall pressure is equal. The concept that a high pressure gas will move to an area of lower pressure is the concept that will drive our compressed air turbine.
The compressed gas will move through the turbine to the area outside the turbine. As it moves through it, the air will push the fins, and cause the turbine to rotate. The gases will move toward the center of the turbine, where they exit the exhaust hole.
I made a really fun .gif showing the air molecules being compressed, and then moving the turbine! I hope it helps!


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Electric fires are becoming more common as appliances and electric feeds are used more and more in our daily lives. Like other fires, the root cause of an electric fire is the introduction of heat, oxygen, and fuel. In electrical fires, the heat is released as electricity is dissipated through a resistive element, while the fuel may come from the surroundings or from the material that makes up the appliance. When analyzing an electrical fire, it is important to find the origin of the fire as well as the safety precautions that could have prevented the fire. Some common causes of electrical fires and explosions include insufficient insulation and improper grounding.
Our licensed electrical engineering experts can investigate your case to determine the cause of an electrical fire and determine what could have been done to prevent the fire. We have years of experience assisting attorneys for both plaintiffs and defendants by serving as engineering expert witnesses numerous cases involving electrical fire investigation.
Our engineers have been assisting attorneys and insurance representatives in investigating accidents since 1990. We have a highly qualified staff of engineers with advanced degrees from top-tier universities who have provided testimony on behalf of both plaintiffs and defendants at trial


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Leaders Performance Advisor Rachel Vickery discusses the importance of front-loading strategies when moving on from failure and setbacks in high-pressure scenarios.
"I often talk about the difference between fixing broken and creating awesome," Rachel Vickery tells the Leaders Performance Podcast.
The performance coach, who guides and supports high performers to excel, lead and thrive in high-pressure and high-stakes environments, is discussing the importance of preparing athletes for the high-pressure scenarios they face in competition.
"You don't need a 'get out of jail card' in the first place if you haven't ended up in jail in the first place," she continues.
"Performance under pressure is less about what happens in the moment of pressure, it's more about 'what have you done?' everywhere else that's led you into that moment."
In the course of our chat, Rachel, a former gymnast who works across the worlds of sport, military and medicine, to name a few, explores:
- The importance of helping athletes to build a buffer and front-loading strategies to deal with human stress responses [6:00];
- The need for awareness and understanding of those stress responses so that athletes don't feel they are 'going crazy' [13:00];
- The role of imposter syndrome in feeding arousal states during competition [23:00];
- Why it is necessary to aim for excellence rather than perfection [28:00].


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Towards a technological university: A design approach to knowledge creation
MetadataShow full item record
Irish economic strategies, in line with broader global strategies, aim to promote innovation and knowledge creation. The past notion that knowledge was a learned entity which stopped and was repeated as needed no longer fits. It is considered that in order to develop innovative fluid thinking and new knowledge creation, the focus shifts from the actual knowledge to the competencies and skills that the practice and application of the knowledge brings. In direct response to this, the Irish Higher Education system is witnessing a period of transition. As part of this transition, some of the Institutes of Technology (IOTs) will merge to become Technological Universities (TUs). The TU focus will extend beyond teaching and learning towards innovation and knowledge creation. The Irish design education sector is innovation focussed and is based on a tradition of practice oriented learning. This thesis aims to position the role of practice oriented learning in the context of innovation and knowledge creation within Irish design education. The approach may now be of value as a process in knowledge creation in other disciplines, as they transition to the emergent Irish TU model. In order to achieve this the overall research area was refined and broken down into the following research questions: 1. What is the strategy behind the focus on knowledge creation and innovation within the transitioning higher education system? 2. How is knowledge created within design education? 3. What role does practice oriented learning play in achieving knowledge creation? 4. How can the value of practice oriented learning benefit an emerging TU culture? Design research is based upon the ability to identify and implement the most appropriate approach to data collection and the analysis of collected material. The 'research through design' approach was the selected methodology for the project. Research through design presumes an interpretative understanding of the material or data being collected. It works when there is an openness and readiness to engage in new or surprising situations in the course of research. This methodology has a focus on synthesising information to form creative insights. The approach was selected as it does not pursue verification or falsification, but rather an interactive interpretative dialogue with the design situation (Frayling, 1993). This is appropriate when the research seeks to uncover strategy as opposed to gathering facts or data, we seek instead to make meaning of the data. One approach to synthesising information involves deep interaction with the data through visual mapping. This approach was selected on the basis that visual mapping would provide a means to deal with the complexity of considering three key areas of research namely; policy, industry and education. The visual mapping enables us to see how and when policy, industry and education interact to arrive at today's strategy for the emerging TU's. This involves decision making throughout the project based on analysis and findings to provide direction. Whilst this method provides a clear rationale for the project direction there is still an amount of subjective interpretation. In order to provide further rigour to this method, a pragmatic approach was taken to test findings through field research using interviews, observations and workshops. In addition to this, peer review and publications were carried out throughout the project. The peer reviews acted as a test bed for the latest thinking in this research area from an international context. The findings to date indicate the strategy behind the transitioning Irish Higher education system is to promote knowledge creation as opposed to the traditional knowledge consumption. This is being driven by economic demands in response to the global shift from production based economy to knowledge based economy. The economic demands are both national and International and strive for innovation through knowledge creation. The thesis defines knowledge creation within design education as a specific process of tacit and explicit knowledge exchanges that occur within a shared space or context. Tacit knowledge is explored as informal knowledge based on experiences, insights and intuition. The findings show that tacit knowledge is produced through practice oriented learning approach used in Irish design education. This approach, used by design may be of value to other disciplines as existing structures transition towards the emerging model of TU with the aim of promoting knowledge creation.
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ultrasound physics ch 16
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The flashcards below were created by user lollybebe on FreezingBlue Flashcards.
 1. What is dynamic range?
 the method of describing the extent to which a signal can vary and still maintain accuracy.
 We can think of dynamic range as "number of available choices."
 2. What are the units of dynamic range?
 decibels (dB)
 3. Dynamic Range is... (3)
 - 1.) a comparison
 - 2.) a relative measurement
 - 3.) a ratio
 4. What is the general rule of dynamic range?
 the dynamic range of information decreases the more it is processed.
 5. What technique reduces the dynamic range of a signal without introducing errors?
 6. What are the three requirements of compression?
 - 1.) the largest signal remains the largest
 - 2.) the smallest signal remains the smallest
 - 3.) the range of signals is reduced
 7. Can compression be adjusted by the sonographer?
 8. EXAMPLE of compression
 An uncompressed signal within the receiver of an ultrasound system has a dynamic range of 110 dB. The signal undergoes 40 dB of compression. What is the dynamic range of the compressed signal?
 110-10=70 dB
 9. What does a narrow dynamic range mean? (3)
 - 1.) fewer shades of gray
 - 2.) black and white (bistable)
 - 3.) high contrast
 10. What does a wide dynamic range mean? (3)
 - 1.) many choices of gray
 - 2.) gray scale
 - 3.) low contrast
Card Set Information
ultrasound physics ch 16
2014-07-27 19:01:38
ultrasound physics
ch 16
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United States school systems commonly use the letter grade scale from "A" to "F," with "A" being the highest grade. The cumulative numerical average refers to an average grade obtained by a student for classes taken. To determine this average all grades earned are converted to numbers using the following scale - "A"=4, "B"=3, "C"=2,"D"=1 and "F"=0. Grade Point Average (GPA) is another commonly used numeric average that takes into account not only the grade but also the number of course credit hours.
Calculating Cumulative Grade Numerical Average
Convert the course grades into the numeric scale. For example, a student took three classes and earned the following grades "A," "A" and "B." Those grades correspond to 4, 4 and 3 on the numeric scale.
Add up all numeric grades; in this example, the sum is 4 + 4 + 3 = 11.
Divide the sum by the number of classes taken to calculate the cumulative numerical average. In this example, the cumulative numerical average is 11 / 3 = 3.66667.
Round the cumulative numerical average to the third decimal place; in this example, the result is 3.667.
Calculating Grade Point Average (GPA)
Convert the course grades into the numeric scale. For example, a student took three classes with 3,1 and 3 credit hours, respectively, and earned the following grades "A," "B" and "C." Those grades correspond to 4, 3 and 2 on the numeric scale.
Multiply the grade by the credit hours for the respective course to calculate grade points. In this example, the the grade points for each course are 12 (4 x 3), 3 (3 x 1) and 6 (2 x 3).
Add up all grade points. In this example, the sum is 12 + 3 + 6 = 21.
Add up all credit hours. In this example, the total credit hours are 3 + 1 + 6 = 7.
Divide the total number of grade points by the total number of credit hours to calculate GPA. In this example, GPA is 21 / 7 = 3.


If
If( cond_expr, true_expr, false_expr )
If( cond_expr, true_expr, false_expr )
If( cond_expr, true_expr, false_expr )
If( cond_expr, true_expr, false_expr )
if_( cond_expr, true_expr, false_expr )
If( cond_expr, true_expr, false_expr )
Description
The If function evaluates and returns the true_expr or false_expr expression, depending on the value of the cond expression. If the cond expression evaluates to anything other than a Boolean, If returns an "invalid argument" error.
Any valid Fauna Query Language expression is acceptable, including null.
The If function requires three parameters, and using them is equivalent to if-then-else. This means that you cannot use If to express if-then logic. Instead, you might find the Filter function useful, as it could be used to remove documents from consideration, in bulk, that might otherwise require If logic.
Parameters
Argument Type Definition and Requirements
cond
Boolean Expression
The conditional expression to evaluated and tested for true or false.
true_expr
Expression
The expression or variable to return if cond is true.
false_expr
Expression
The expression or variable to return if cond is false.
Returns
The evaluation of either the true_expr or false_expr expression, depending on the evaluation of the cond expression.
Examples
The query below evaluates the cond expression, which is the condition that needs to be tested, and then determines that cond returns true. This causes the second argument, the true_expr expression, to be evaluated and returned. The third argument, the false_expr expression, is never evaluated.
client.Query(If(true, "was true", "was false"));
"was true"
curl _URL_ \
 -u fnAChGwBcAACAO70ziE0cfROosNJHdgBmJU1PgpL: \
 -d '{ "if": true, "then": "was true", "else": "was false" }'
HTTP/1.1 200 OK
{ "resource": "was true" }
result, _ := client.Query(f.If(true, "was true", "was false"))
fmt.Println(result)
was true
System.out.println(
 client.query(
 If(Value(true), Value("was true"), Value("was false"))
 ).get() );
"was true"
client.query(
 q.If(true, 'was true', 'was false')
)
.then((ret) => console.log(ret))
"was true"
client.query(q.if_(True, "was true", "was false"))
"was true"
client.query(If(true, "was true", "was false"))
"was true"
Is this article helpful?
Tell Fauna how the article can be improved:
Visit Fauna's forums or email _EMAIL_
Thank you for your feedback!


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Hydraulic cutter suction dredger
Cutter head dredger, Cutter suction dredger, Dredger, Hydraulic cutter suction dredger, Sand suction dredger
Cutter suction dredger is suitable for heavy duty and durable operations with dismountable structure. It is easy to transport through road, rail or by ship due to its reasonable size and weight of the various dismountable modules. The complete hydraulic cutter suction dredger consists of one main pontoon and two side pontoons which are mounted to the main pontoon using heavy duty steel eyes and pins at the bottom of the hull, they are connected at deck level. The pontoons are of welded steel constructions with heavy frames, beams and longitudinal girders. Extra reinforcements are placed where necessary to withstand all forces while dredging. It is widely used for river silt cleaning, delisting lakes and ponds, mining project, cleaning ports and sand production.
- High automation, easy operation, high recovery rate, high concentration ratio, wonderful particle allowance and long discharge distance.
- Dismountable structure, easy to disassembling and transportation.
- Cutter suction dredger with self propulsion system, can be moved to different work site by itself or drag by tugboat.
- Hull consists of multiple pontoons connected by proven coupling system.
- Good access to all parts, especially the dredge pump wearing parts. Fresh water cooling system.
- The dredgers can be made according to the customers' request.
- The excavating and discharging processes are completed one time and no need help of other machines and boats, so the project operating cost will be brought down dramatically.
- The cutter suction dredger could work for full time in sheltered sailing area and inland waterways, lakes and reservoirs because of it high terrain adaptability.
- Two type of cutter suction head used for different situation.
Dredger Working Principle
Hydraulic cutter suction dredger uses the rotary cutter head in the front of the suction pipe to cut and stir the solids in the river bottom. In this process the slurry concentration will reach a satisfactory ratio so that the powerful pump could suck and discharge the mixed slurry to the designated location via discharge pipe. The series of cutting, suction, transporting and discharging actions could be finished continuously one time.
When working, you should lower one spud in the back of the dredger in the river bottom, then swing the dredger to cut solids by controlling the steel cable and the locating pulleys fixed on the two sides of the ladder. The dredger will work in fan shape and discharge the solids via pipelines connected on the sand pump outlet. Advancing and locating of the cutter suction dredger are all reached by the alternating movement of the two spuds.
hydraulic cutter suction dredger cutter head
Applications of hydraulic cutter suction dredger
- It is suitable for heavy duty operation in tropical climate and sheltered waters.
- It is widely used for river silt cleaning, delisting lakes and ponds, mining project, cleaning ports and sand production.
- Widely used in rivers, lakes and seas for dredging ,digging channel and reclamation by pumping filling.
About OCEAN Pump
Tai'an Ocean Pump (OCEAN Pump) Co., Ltd. is the leading sand pump and sand dredger solutions manufacturer, supplier and exporter in China.We have more than 30 talented sand pump experts and 15,000 square meters factory. More than 4 series 20 kinds of sand pumps, slurry pumps, sand dredgers and related parts had been manufactured to satisfy your pumping requirements.
Product innovation and customer satisfaction are our continuous commitment to all our partners. OCEAN Pump is the Certification of New Hi-tech Enterprises by the Government. We provide our customers with a complete set of sand, slurry, gravel pumping solutions and related parts. Our main products include centrifugal portable sand pump, marine sand pump, slurry pump, gravel pump, submersible slurry pump, vertical sand pump, simple small sand pump dredger, submersible dredger, mini dredge for sale, small dredging equipment, small pond dredging equipment, sand suction dredger, suction dredging equipment, cutter suction dredger, sewage submersible pump, lake dredging equipment, mini dredges for sale, sand dredging machine, river dredging equipment and other parts like discharging sand pipe, floater, rubber hose. They are widely used in mining, metallurgy, coal washing, power plants, sewage water treatment and dredging in such industries as mine, chemical and petroleum. We are looking for pump dealers all over the world.
Tel /WhatsApp/Wechat:+86 _PHONE_/ _PHONE_
Address: Mingtang Road,Taian City, Shandong Province, China


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H.J. Wedge was born around 1958 on Erambie Mission, Cowra, in New South Wales. He proudly acknowledges his Wiradjuri heritage in many of his paintings. The experience of the colonisation of the Wiradjuri was different to other Indigenous experiences in Australia and is expressed in their own aesthetic forms; historically, painting was not as widely used in the Wiradjuri culture as it was in other regions of the country.
H.J. Wedge is an artist who has had the most unusual of careers. Although currently living on the borderline of poverty in the Cowra mission, where he has been for around thirty of his fifty years, his art has been seen by thousands of people and, for many, represents exemplary contemporary art.
What separates Wedge's work from that of other Aboriginal artists is his bold use of colour and contemporary subject matter, which deals with social and political issues more relevant to Aboriginal people living in an urban context than the traditional cultural information that defines many other styles of contemporary Indigenous art. He has produced hundreds of images documenting his experiences and memories as an Aboriginal man, observations that are sometimes quotidian and sometimes shockingly confrontational.
Being illiterate, H.J. Wedge uses his art as a way of communicating his stories and perceptions as an Indigenous person in contemporary Australia. Many non-Indigenous Australians appear interested only in the traditional and ancestral themes of Aboriginal culture. Aboriginal people from New South Wales in particular have faced community perceptions that they were assimilated long ago, and that the only Indigenous culture that survives is in remote areas.
Wedge bypassed the cultural baggage associated with many other Australian artists' art education by studying art history at Eora College, an Aboriginal institution. Traditional cultural information informs most Aboriginal art, but for a long time Aboriginal people lost or were denied access to, and expression of, their own culture; they lost a basic human right. Contemporary art allows them to speak to the wider Australian community. Contemporary art does not need the English language to explain itself, and perhaps this is another reason for the huge interest in Aboriginal art internationally.
It is a sad fact that for many Aboriginal artists lack of education is a serious barrier to the contemporary art world. For some, an even greater barrier is the fear of being perceived by other Aboriginal people as 'acting white'. To achieve equity and balance in the representation of Indigenous art as contemporary art is an ongoing issue; the inclusion of Aboriginal perspectives in Australian art displays following the major bicentenary survey exhibitions of 1988 is an unresolved aspect of the 'history wars', currently being played out in Australian political, social and academic circles.
After Wedge first showed his work with Ian Abdulla at Boomalli Aboriginal Artists Co-operative in Sydney in 1991, a new aesthetic of Aboriginal art seemed to emerge, where the subject matter rather than artistic technique was of primary concern. Other Indigenous artists, such as Elaine Russell, Leonie Dennis and, recently, Roy Kennedy developed a bold, naive style to illustrate their memories of growing up in rural Australia, in many instances focusing on the defining factors of poverty and discrimination, but also on how Indigenous people made the most of their lives and experiences. This graphic, naive style of making art has allowed many Aboriginal people with local histories and stories that challenge the one-sided historical record in Australian museums and libraries access to contemporary art. And it is a way of making art that suits older artists who lack the formal education most non-Indigenous people take for granted.
H.J. Wedge has suffered many personal setbacks, which have inevitably shaped his art, including alcoholism, hospitalisation and imprisonment. Many other Australian artists represented in our state and national art collections have also lived outside mainstream society and rejected society's dominant values, yet they have ultimately had acceptance in wider society.
For Wedge, his outsider status has affected his relationship with his family, his community and other Aboriginal artists. He is an outsider within his own community and is outside the Australian art establishment. His lack of education is the barrier, but it is also what makes Wedge's art unique. And this duality in his paintings is evidence that what can give a work of art its power is that its very status as art would be vehemently disputed by some.

source: HuggingFaceFW/fineweb-edu


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The sources pointed out that the flowing and continuous torrents caused by the flooding of the Ma'rib Dam may cause the traffic to and from Marib to stop, which led the citizens to demand the local authority to move urgently and make water repairs to prevent losses and completely cut off the road.
To that, he directed the Governor of Ma'rib Sultan Al-Arada to form emergency committees to face the damages of the torrents that flooded the Ma'rib Dam.
He urged Al-Arada during his presidency of an extraordinary meeting of the emergency committee in the governorate, to follow the flow of floods, alert citizens and relief the affected people.
The governor stressed the necessity of implementing immediate and other strategic remedies, starting from providing relief, securing roads and corridors, and preserving what was destroyed, in addition to making fenders for the dam's torrents.
The water had been flooded two days ago after the torrential rains that burst the dam.
In the same direction, the torrents caused interruption of traffic in the road between the city of Mukalla and its western suburbs.
Our correspondent said that the road was stopped on the ground bridge in Ibn Sina after the rise in the water level, which prompted the security defense forces to intervene and prevent traffic.
The torrential rains in Wadi Dafika in the Al-Shahr district caused landslides and parts of the land bridge linking the district with the eastern directorates in the governorate.


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In this paper, we demonstrate the application of deep neural networks (DNNs) for processing the reflectance spectrum from a fiberoptic temperature sensor composed of densely inscribed fiber Bragg gratings (FBG). Such sensors are commonly avoided in practice since close arrangement of short FBGs results in distortion of the spectrum caused by mutual interference between gratings. In our work the temperature sensor contained 50 FBGs with the length of 0.95 mm, edge-to-edge distance of 0.05 mm and arranged in the 1500–1600 nm spectral range. Instead of solving the direct peak detection problem for distorted signal, we applied DNNs to predict temperature distribution from entire reflectance spectrum registered by the sensor. We propose an experimental calibration setup where the dense FBG sensor is located close to an array of sparse FBG sensors. The goal of DNNs is to predict the positions of the reflectance peaks of the reference sparse FBG sensors from the reflectance spectrum of the dense FBG sensor. We show that a convolution neural network is able to predict the positions of FBG reflectance peaks of sparse sensors with mean absolute error of 7.8 pm that is slightly higher than the hardware reused interrogator equal to 5 pm. We believe that dense FBG sensors assisted with DNNs have a high potential to increase spatial resolution and also extend the length of a fiber optical sensors.
Предметные области OECD FOS+WOS
- 2.02 ЭЛЕКТРОТЕХНИКА, ЭЛЕКТРОННАЯ ТЕХНИКА, ИНФОРМАЦИОННЫЕ ТЕХНОЛОГИИ
- 1.04 ХИМИЧЕСКИЕ НАУКИ
- 2.04.II ИНЖЕНЕРИЯ, ХИМИЧЕСКАЯ
- 2.11.OA ИНСТРУМЕНТЫ И ИЗМЕРИТЕЛЬНЫЕ ПРИБОРЫ.
- 29 ФИЗИКА


Using custom elements
One of the key features of the Web Components standard is the ability to create custom elements that encapsulate your functionality on an HTML page, rather than having to make do with a long, nested batch of elements that together provide a custom page feature. This article introduces the use of the Custom Elements API.
Note: Custom elements are supported by default in Firefox, Chrome, and Edge (76). Opera and Safari so far support only autonomous custom elements.
High-level view
The controller of custom elements on a web document is the CustomElementRegistry object — this object allows you to register a custom element on the page, return information on what custom elements are registered, etc.
To register a custom element on the page, you use the CustomElementRegistry.define() method. This takes as its arguments:
 - A DOMString representing the name you are giving to the element. Note that custom element names require a dash to be used in them (kebab-case); they can't be single words.
 - A class object that defines the behavior of the element.
 - Optional An options object containing an extends property, which specifies the built-in element your element inherits from, if any (only relevant to customized built-in elements; see the definition below).
So for example, we can define a custom word-count element like this:
customElements.define('word-count', WordCount, { extends: 'p' });
The element is called word-count, its class object is WordCount, and it extends the element.
A custom element's class object is written using standard ES 2015 class syntax. For example, WordCount is structured like so:
class WordCount extends HTMLParagraphElement {
 constructor() {
 // Always call super first in constructor
 // Element functionality written in here
This is just a simple example, but there is more you can do here. It is possible to define specific lifecycle callbacks inside the class, which run at specific points in the element's lifecycle. For example, connectedCallback is invoked each time the custom element is appended into a document-connected element, while attributeChangedCallback is invoked when one of the custom element's attributes is added, removed, or changed.
You'll learn more about these in the Using the lifecycle callbacks section below.
There are two types of custom elements:
 - Autonomous custom elements are standalone — they don't inherit from standard HTML elements. You use these on a page by literally writing them out as an HTML element. For example , or document.createElement("popup-info").
 - Customized built-in elements inherit from basic HTML elements. To create one of these, you have to specify which element they extend (as implied in the examples above), and they are used by writing out the basic element but specifying the name of the custom element in the is attribute (or property). For example , or document.createElement("p", { is: "word-count" }).
Working through some simple examples
At this point, let's go through some more simple examples to show you how custom elements are created in more detail.
Autonomous custom elements
Let's have a look at an example of an autonomous custom element — (see a live example). This takes an image icon and a text string, and embeds the icon into the page. When the icon is focused, it displays the text in a pop up information box to provide further in-context information.
To begin with, the JavaScript file defines a class called PopUpInfo, which extends the generic HTMLElement class.
class PopUpInfo extends HTMLElement {
 constructor() {
 // Always call super first in constructor
 // write element functionality in here
The preceding code snippet contains the constructor() definition for the class, which always starts by calling super() so that the correct prototype chain is established.
Inside the constructor, we define all the functionality the element will have when an instance of it is instantiated. In this case we attach a shadow root to the custom element, use some DOM manipulation to create the element's internal shadow DOM structure — which is then attached to the shadow root — and finally attach some CSS to the shadow root to style it.
// Create a shadow root
this.attachShadow({mode: 'open'}); // sets and returns 'this.shadowRoot'
// Create (nested) span elements
const wrapper = document.createElement('span');
const icon = wrapper.appendChild(document.createElement('span'));
icon.setAttribute('tabindex', 0);
// Insert icon from defined attribute or default icon
const img = icon.appendChild(document.createElement('img'));
img.src = this.hasAttribute('img')? this.getAttribute('img') : 'img/default.png';
const info = wrapper.appendChild(document.createElement('span'));
// Take attribute content and put it inside the info span
info.textContent = this.getAttribute('data-text');
// Create some CSS to apply to the shadow dom
const style = document.createElement('style');
style.textContent = '.wrapper {' +
// CSS truncated for brevity
// attach the created elements to the shadow DOM
Finally, we register our custom element on the CustomElementRegistry using the define() method we mentioned earlier — in the parameters we specify the element name, and then the class name that defines its functionality:
customElements.define('popup-info', PopUpInfo);
It is now available to use on our page. Over in our HTML, we use it like so:
Note: You can see the full JavaScript source code here.
Internal vs. external styles
In the above example we apply style to the Shadow DOM using a


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We demonstrate surface plasmon-induced enhancements in optical imaging and spectroscopy on silver coated silicon nanocones which we call black silver. The black silver with dense and homogeneous nanocone forest structure is fabricated with a mass-producible nanomanufacturing method. It can efficiently trap and convert incident photons into localized plasmons in broad wavelength range, permitting the enhancement in optical absorption from ultraviolet to near infrared range by 12 times, the visible fluorescence enhancement of ∼30 times and the Raman scattering enhancement factor up to ∼ 108. We show the potential of the black silver in high sensitivity and broadband optical sensing of molecules.
ASJC Scopus subject areas
- Physics and Astronomy (miscellaneous)


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Cyclone Kenneth made landfall in northern Mozambique on 25 April 2019. It was the strongest storm to ever hit the country. Photo credit: Save the Children
Thousands of Children at Risk as Torrential Rain Hampers Aid Efforts in Mozambique Following Cyclone Kenneth
Cyclone Kenneth Strongest Storm to Ever Hit Northern Mozambique, Just Weeks After Devastating Cyclone Idai
FAIRFIELD, Conn. (April 28, 2019) – In the wake of Cyclone Kenneth, torrential rain continues to lash Cabo Delgado in northern Mozambique causing flash flooding and leaving thousands of children and adults without access to desperately needed emergency supplies, Save the Children said today.
Cyclone Kenneth, the strongest storm to ever to hit northern Mozambique, has caused extensive damage, ripping homes apart and wiping out entire communities. Initial reports indicate the islands of Matemo, Ibo and Quirimba have taken the full force of the storm and have been totally destroyed.
"We have grave fears for the thousands of families currently taking shelter under the wreckage of their homes. They urgently need food, water and shelter to survive the coming days," said Nicholas Finney, Save the Children's Response Team Leader in Mozambique.
"Today Save the Children tried to reach families affected by Cyclone Kenneth but we had to turn back because rivers had burst their banks and the roads were under water. Flights and helicopters have also been grounded and this means humanitarian access is virtually impossible. We are desperately trying to look for ways to deliver emergency supplies," said Finney.
Finney continued, "There was a small break in the weather yesterday when COSACA, a consortium including Save the Children, Oxfam and CARE, managed to deliver 1,200 tarpaulins in Macomia district to families who have lost their homes. But today we can no longer reach these locations due to the flooding and we fear people will be forced to fend for themselves."
Cyclone Kenneth comes just over a month since Cyclone Idai tore through central Mozambique. Idai caused widespread damage impacting 1.85 million people, including almost 1 million children, and killing more than 600 people.
"It's an awful sense of déjà vu. Just six weeks ago we faced a similar situation in central Mozambique when Cyclone Idai hit the region and floods cut off communities for days," Finney added. "The response for Cyclone Idai is already chronically underfunded and resources are stretched to the limit. With people in northern Mozambique also now needing assistance, Save the Children is calling on the international community to urgently provide funds to support both responses."
Approximately 700,000 people in northern Mozambique were in the path of Cyclone Kenneth. It is also the first time in recorded history that Mozambique has experienced two cyclones of this magnitude in one season.
Save the Children believes every child deserves a future. Since our founding more than 100 years ago, we've been advocating for the rights of children worldwide. In the United States and around the world, we give children a healthy start in life, the opportunity to learn and protection from harm. We do whatever it takes for children – every day and in times of crisis – transforming the future we share. Our results, financial statements and charity ratings reaffirm that Save the Children is a charity you can trust. Follow us on Facebook, Instagram, Twitter and YouTube.
Thank you for signing up! Now, you'll be among the first to know how Save the Children is responding to the most urgent needs of children, every day and in times of crisis—and how your support can make a difference. You may opt-out at any time by clicking "unsubscribe" at the bottom of any email.


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Yuck! Why Does My Front Load Washer Smell Like Rotten Eggs?
That rotten egg odor is unmistakable when we smell it; it's a scent we recognize no matter where we are. However, it can be a surprise when you have a front load washer smell like rotten eggs. This can be caused by mold and low washing temperatures.
Front Load Washer Smell Like Rotten Eggs? Here's How to Clear the Air.
Is it your clothes? The water? When you have a front load washer smell like rotten eggs it typically stems from bacteria. When comparing a front load vs. top load washer, front-loaders are more prone to moldy build up because the rubber gasket around the door is a favorite bacterial haven.
When your washer smells like eggs we'll show you how to banish the smell with proper cleaning!
Why Your Front Load Washer Smells Like Rotten Eggs
Bacteria grow best in warm, moist environments, making front-loading washers prime bacterial real estate. When bacteria metabolize they create hydrogen sulfide gas, which is the source of the rotten egg smell in a front-loading washer. Here's why a washer can be a bacterial breeding ground:
- Drain/venting problem: the drain from your washing machine may have a venting problem that should be assessed by a professional.
- Low washing temperatures: Habitually washing clothes at a low temperature creates the perfect warm environment for bacterial growth.
- Wrong detergent: using a non-HE detergent in a front-loading machine creates a soap sud buildup that hosts bacteria.
- Keeping the door on your washer closed: leaving the washer door closed preserves the warm, moist environment bacteria need to multiply.
How to Get Rid of Rotten Egg Odor in Front Load Washer
When your washing machine smells bad a proper cleaning and regular monthly cleanings should remove the odor once and for all. We suggest these cleaning tips when you have a front load washer smell like rotten eggs:
- Clean the door gasket of the washer with a cloth dipped in a 1:1 solution of water and vinegar or a 1:10 solution of bleach and water.
- Fill the bleach dispenser of your washer with bleach and run an empty cleaning cycle.
- Bleach alternative: Pour a washing machine cleaner or a ½ cup of baking soda mixed with 2 cups of distilled white vinegar in the tub of the washer and run an empty cleaning cycle.
- Leave the door open overnight and continue to leave the door open when the machine is not in use.
A front load washer smell like rotten eggs can be a thing of the past now that you know the causes and how to prevent them. And if you have a present need for a new washing machine, call Northeast Appliance for the best prices and service!


"Nintendo Switch"}, {score: 0.07424594, entity: "Nintendo"}, {score: 0.015900765, entity: "home console"}, {score: 0.012772448, entity: "device"}, {score: 0.038113687, entity: "regions"}, {score: 0.07299799, entity: "Joy-Con Wheel"}]
Classification
Now let's extract categories from the Article node. The text that we want to analyze is stored in the body property of the node, so we'll need to specify that via the nodeProperty configuration parameter.
The following streams the categories for the Pokemon article
MATCH (a:Article {uri: "_URL_
CALL apoc.nlp.gcp.classify.stream(a, {
 key: $apiKey,
 nodeProperty: "body"
})
YIELD value
UNWIND value.categories AS category
RETURN category;
Table 8. Results
category
{name: "/Games", confidence: 0.91}
We get back only one category We could then apply a Cypher statement that creates one node per category and a CATEGORY relationship from each of those nodes back to the Article node.
The following streams the categories for the Pokemon article and then creates nodes for each category
MATCH (a:Article {uri: "_URL_
CALL apoc.nlp.gcp.classify.stream(a, {
 key: $apiKey,
 nodeProperty: "body"
})
YIELD value
UNWIND value.categories AS category
MERGE (c:Category {name: category.name})
MERGE (a)-[:CATEGORY]->(c)
Alternatively we can use the graph mode to automatically create the category graph. As well as having the Category label, each category node will have another label based on the value of the type property. By default, a virtual graph is returned.
The following returns a virtual graph of categories for the Pokemon article
MATCH (a:Article {uri: "_URL_
CALL apoc.nlp.gcp.classify.graph(a, {
 key: $apiKey,
 nodeProperty: "body",
 writeRelationshipType: "CATEGORY"
})
YIELD graph AS g
RETURN g;
We can see a Neo4j Browser visualization of the virtual graph in Pokemon categories graph.
apoc.nlp.gcp.classify.graph
Figure 4. Pokemon categories graph
The following creates a HAS_CATEGORY relationship from the article to each entity
MATCH (a:Article)
WITH collect(a) AS articles
CALL apoc.nlp.gcp.classify.graph(articles, {
 key: $apiKey,
 nodeProperty: "body",
 writeRelationshipType: "HAS_CATEGORY",
 writeRelationshipProperty: "gcpCategoryScore",
 write: true
})
YIELD graph AS g
RETURN g;
We can then write a query to return the entities that have been created.
The following returns articles and their entities
MATCH (article:Article)
RETURN article.uri AS article,
 [(article)-[r:HAS_CATEGORY]->(c) | {category: c.text, score: r.gcpCategoryScore}] AS categories;
Table 9. Results
article categories
"_URL_
[{category: "/Games", score: 0.91}]
"_URL_
[{category: "/Computers & Electronics/Consumer Electronics/Game Systems & Consoles", score: 0.99}, {category: "/Games/Computer & Video Games", score: 0.99}]


You are hereThe Piskies of Cornwall
The Piskies of Cornwall
There are a number of creatures particular to Cornish folklore, although their cousins can be found elsewhere in Britain under a different name and guise. One of these strains is the Piskie also known as a Pixie in other West Country counties.
The Piskie is a general name for a fairy race or tribe in Cornwall. In appearance they look like old men with wrinkled faces, and are small in stature with red hair. They dress in the colours of the earth especially green, using natural materials such as moss, grass and lichen.
Cornish Piskie: by Daniel ParkinsonCornish Piskie: by Daniel ParkinsonGenerally the piskies are seen as cheerful creatures with a prankish nature. They are said to be helpful but also mischievous, helping the elderly and infirm whilst sometimes leading the more able bodied traveller astray on the lonely moors. Many stories relate to travellers being led into the wild moorland to become hopelessly lost because of the Piskies.
In many ways the Piskies are similar to the Brownies being helpful but also mischievous in nature.
Often places of ancient worship such as stone circles and barrows were avoided as piskie haunts.
There are many legends attached to the origin of the piskies (and other fairies). Some people saw them as the souls of pagans who could not transcend to heaven, and they were also seen as the remnants of pagan gods, banished with the coming of Christianity. In tradition they are doomed to shrink in size until they disappear.
Another theory suggested they were the souls of babies who had not been Christened, a story championed by early clergymen, and one which has often been used to explain fairy origins.
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text: BeskrivelseA highly accurate and powerful system for testing, measuring and calibrating built into a single compact portable instrument. The CL427 indicator/simulator is a multifunction instrument designed to meet, in a modern and practical way, the needs of instrumentation engineers, both in laboratory and field work. Accurate, compact, rugged and easy to use, it is the ideal solution for measuring and simulating: millivolts, volts, milliamperes, frequency, sine, square and triangular waveforms, and thermocouples. The CL427 has been developed using the most advanced microprocessor technology to provide high accuracy on extended ranges and a powerful operating flexibility. A unique internal automatic RJ compensation system allows the CL427 to provide accurate input and output readings in operating conditions with a temperature range of 0 to 50°C (32 to 122°F). Further, external compensation is available that allows users to fine tune temperature output and measurement. The model CL427 has been designed for use in industrial environments such as factory floors, process plants, service departments and maintenance workshops. Millivolts, Volts, milliamps, and frequency can be measured or generated. Both accuracy performance and stability allow you to calibrate field and control room instrumentation. Square wave pulses can be generated with frequencies from 0.3 Hz to 20 kHz. Pulse height is adjustable between 100 mV and 20 Volts. With this powerful function, the user can even test electro mechanical devices such as counters and relays. Simulating non-linearized temperature transmitters (Tx) allows the user to check and calibrate 4 to 20 mA system input hardware and software quickly and easily. User can set or manipulate temperatures in °C or °F related to any available sensor and send the appropriate milliamps to the system input. Milliamps can be monitored simultaneously on calibrator display.


text:
PEMIJAHAN IKAN LELE DENGAN TEKNIK PEMIJAHAN ALAM (NATURAL SPAWNING) DAN PEMIJAHAN SEMI ALAMI (INDUCED SPAWNING)Abstract views: 756 , downloads: 6814
The desire of the Sumber Rejeki catfish farmer group to do their own hatchery, but often failures, this causes low income and is not continuous. In addition, the groups of farmers also want to increase their knowledge and skills related to the procedures for spawning catfish naturally and semi-naturally until catfish seeds are ready for sale. The aim of training and mentoring is to find a breakthrough solution for easy-to-use technology to spur gonad maturation, accelerate spawning and mass production of seeds in a continuous and continuous manner with laserpuncture induction technology. Measuring the success of training and mentoring participants can operate the laserpuncture unit correctly, can determine the location of the reproductive acupoint correctly and can induce male and female catfish parents with laserpuncture technology correctly and the catfish parent induced by laserpuncture can mature gonads, quickly spawning and producing catfish seeds in bulk and continuously that are ready for sale.
Copyright (c) 2019 Jurnal Abadimas Adi Buana
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.


Ice hockey work out
Are ice hockey players fit?
Dr. Renda Hawwa points out in a feature on ice hockey that the sport "requires a combination of aerobic and anaerobic fitness," and players can burn anywhere from 400 to 800 calories in an hour. Ice hockey players like to think that their sport is the most demanding on the planet, providing undisputed hockey fitness.
How much do hockey players train?
Two hours of training, or possibly two and a half hours, typically start around 10 a.m., usually five days a week.
What kind of workouts do hockey players do?
1. Hockey Strength Training Arm swings and circles. Trunk rotations, twists and stretches. Walking lunges, prisoner squats and leg swings. Burpees and stride jumps. Medicine ball tosses and cross crawls.
Does hockey build muscle?
The intensity and volume of hockey is often adequate for breaking down the muscle fibers and thus causing an increase in leg and hip muscle size in novice and average players.
Do hockey players lift weights?
Most professional sports players utilize weights in their training, and each phase of that training has different objectives. To reach peak fitness and performance, follow this ice hockey weight training program, which also explains the need for cardio workouts.
What is the hardest sport in the world?
Degree of Difficulty: Sport Rankings
Boxing 8.63 1
Ice Hockey 7.25 2
Football 5.38 3
Why is hockey the hardest sport?
Hockey players need to have skill and agility. They need to have all the moves and skills of basketball, soccer and other sports, but do it all on skates, often backwards. Ice hockey players are the toughest athletes on the planet and have to endure the harshest physical beating to win the Stanley Cup.
You might be interested: Wild hockey radio station
Who are the toughest athletes?
The Toughest Athletes Who Ever Lived The Toughest Athletes Who Ever Lived. One of the most admirable traits of any athlete is toughness. Jim Abbott, Baseball. It's tough enough to be a professional athlete. Wayne Shelford, Rugby. Kurt Angle, Wrestling. Serena Williams, Tennis. Gordie Howe, Hockey. Alexis Arguello, Boxing. Chuck Bednarik, Football.
How many days off do NHL players get?
four days
How much weight do NHL players lose in a game?
5 to 8 pounds
Is running good for hockey players?
Yes and no. Hockey is an anaerobic sport and long distance running is purely aerobic which gives it very little crossover into the game of hockey once you train it beyond a certain threshold. This is why you see players all the time doing "cardio" and yet still becoming totally exhausted on the ice.
Are squats good for hockey?
Hockey players usually have tight hips from skating, squatting can help increase hip mobility by going to full-depth. Full-depth squats will help you do both of these better by facilitating more muscle fibers being worked, like stated above.
What do hockey players do during intermission?
Every player uses the intermission as an opportunity to rehydrate, either with water or a sports drink. That way, they'll feel refreshed and reenergized for the rest of the game and can continue giving their all out on the ice. Some players will also eat something during their break to help refuel.
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Mars
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Mars is a small rocky body once thought to be very Earthlike. Mars is a constant point of discussion for space explorers around the world. We've sent dozens of spacecraft there to study it. Some want to land astronauts on it. The planet is just far away to make that dream difficult, but just close enough to spark our imagination.
What is Mars micro-learning cards
What is Mars - back
What is Mars
North Polar Basin (Mars)
North Polar Basin (Mars)
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text:
March 18 Rally for Immigrant Women, Youth, and Families
MomsRising.org joined national leaders and advocates in the Upper Senate Park of the U.S. Capitol to co-host the March 18 Rally for Immigrant Women, Youth, and Families. The event serves as a platform for immigrant women, youth, and immigration reform advocates calling for an immigration policy reform that advances the civil and human rights of immigrant women and their families.
Statement from Kristin Rowe-Finkbeiner, Executive Director of MomsRising.org:
"Across the nation, immigrant women are essential contributors to our American families, communities, and economy. Yet on a daily basis undocumented immigrant women who aspire to be citizens, are marginalized due to our broken immigration system, facing the fear of being separated from their children because our country currently has an inadequate roadmap to obtaining legal citizenship.
"The current dysfunctional immigration system is also inflicting unnecessary pain on women who entered our country using legal channels. The backlogs and decades-long waiting periods for family reunification are unacceptable.
"We must work together to advocate for an immigration reform that parallels with our American values of family unity. That's who we are as a nation. And that's why at MomsRising.org, we are advocating to reform our immigration policy so it strengths our families, our communities, and our national economy.
"It is estimated that five million children in our country live in fear of being separated from their parents. Currently over 5,100 children are now in foster care after being separated from their parents.
"Enough is enough. We are a nation of strong family values. Our economy is fueled by diversity.
"Congress must come together to develop policies that are good for all our families.
"As mothers, we are calling for inclusive and humane immigration policies that strengthen our families, builds our economy, and aligns with our nation's values."


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Building open-ended learning agents involves challenges in pre-trained language model (LLM) and reinforcement learning (RL) approaches. LLMs struggle with context-specific real-time interactions, while RL methods face efficiency issues for exploration. To this end, we propose OpenContra, a co-training framework that cooperates LLMs and GRL to construct an open-ended agent capable of comprehending arbitrary human instructions. The implementation comprises two stages: (1) fine-tuning an LLM to translate human instructions into structured goals, and curriculum training a goal-conditioned RL policy to execute arbitrary goals; (2) collaborative training to make the LLM and RL policy learn to adapt each, achieving open-endedness on instruction space. We conduct experiments on Contra, a battle royale FPS game with a complex and vast goal space. The results show that an agent trained with OpenContra comprehends arbitrary human instructions and completes goals with a high completion ratio, which proves that OpenContra may be the first practical solution for constructing open-ended embodied agents.
The promotion of large-scale applications of reinforcement learning (RL) requires efficient training computation. While existing parallel RL frameworks encompass a variety of RL algorithms and parallelization techniques, the excessively burdensome communication frameworks hinder the attainment of the hardware's limit for final throughput and training effects on a single desktop. In this paper, we propose Spreeze, a lightweight parallel framework for RL that efficiently utilizes a single desktop hardware resource to approach the throughput limit. We asynchronously parallelize the experience sampling, network update, performance evaluation, and visualization operations, and employ multiple efficient data transmission techniques to transfer various types of data between processes. The framework can automatically adjust the parallelization hyperparameters based on the computing ability of the hardware device in order to perform efficient large-batch updates. Based on the characteristics of the "Actor-Critic" RL algorithm, our framework uses dual GPUs to independently update the network of actors and critics in order to further improve throughput. Simulation results show that our framework can achieve up to 15,000Hz experience sampling and 370,000Hz network update frame rate using only a personal desktop computer, which is an order of magnitude higher than other mainstream parallel RL frameworks, resulting in a 73% reduction of training time. Our work on fully utilizing the hardware resources of a single desktop computer is fundamental to enabling efficient large-scale distributed RL training.
* 11 pages, 8 figures, submitted to IEEE Transactions Journal
Named entity recognition (NER) task aims at identifying entities from a piece of text that belong to predefined semantic types such as person, location, organization, etc. The state-of-the-art solutions for flat entities NER commonly suffer from capturing the fine-grained semantic information in underlying texts. The existing span-based approaches overcome this limitation, but the computation time is still a concern. In this work, we propose a novel span-based NER framework, namely Global Pointer (GP), that leverages the relative positions through a multiplicative attention mechanism. The ultimate goal is to enable a global view that considers the beginning and the end positions to predict the entity. To this end, we design two modules to identify the head and the tail of a given entity to enable the inconsistency between the training and inference processes. Moreover, we introduce a novel classification loss function to address the imbalance label problem. In terms of parameters, we introduce a simple but effective approximate method to reduce the training parameters. We extensively evaluate GP on various benchmark datasets. Our extensive experiments demonstrate that GP can outperform the existing solution. Moreover, the experimental results show the efficacy of the introduced loss function compared to softmax and entropy alternatives.


old snow in a sentence
Example sentences for old snow
The bright sun was blinding as it sparkled off the day-old snow.
Snow boards are laid on top of old snow when there is any possibility of new snow falling.
The weight of the new snowfall also acts to compress the old snow beneath it.
The combined total of new snow, old snow, and ice at observation time is snow depth.
If you measure all the snow on the ground, including old snow, this is not snowfall but rather snow depth.
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Use Of The Shared Frailty Model To Identify The Determinants Of Infant And Child Survival In Rwanda Using DHS Data
MetadataShow full item record
The infant and child mortality have much fluctuated in Rwanda since the year 1992 and decreased considerably during 5 years preceding the 2005 RDHS. However, the current indicators are still high compared to the goals to achieve and current global standards while factors that have contributed to the observed achievements remain not well known and diverse resources invested in improving the children's health conditions keep becoming more scarce. Therefore, it is very important to ascertain the key determinants of infant and child survival in Rwanda and hence mark out the sectors that should be prioritized in order to realize more improvements of under age five children's survival with limited resources. The analysis of semi-parametric gamma shared frailty models utilized to analyze separately infant and child mortality in Rwanda revealed that frailty effects were significant in childhood while its effects in infancy were not significant. The causes of deaths in infancy and childhood were quite different. The hazard rates and hazard ratios indicated that infant deaths were strongly related to proximate and biological factors including place of delivery, preceding birth interval and mother's age at child's birth while child deaths were at a very large extent due to socioeconomic and demographic factors such as household socioeconomic status being the most important determinant and province of residence the least. Key socioeconomic determinants of infant mortality were mother partner's education and household's socioeconomic status. Multiple births were at higher risk of-death than others both in infancy and childhood but the risk decreases with age.


Doggnation is a fun puzzle game for kids grades five and up. The goal is to help the Doggs build their castle by collecting colored blocks in the correct order as they pass by other Doggs. Click on a Dogg to turn it around so that a block is not picked up.
Recommended for Grades: 5
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Refereed Article Identification key to scarabaeid larvae attacking sugarcane in South Africa
Citation: Dittrich-Schröder, G., Conlong, D.E., Way, M., Harrison, J.duG. & Mitchell, A.. 2009. Identification key to scarabaeid larvae attacking sugarcane in South Africa. Proceedings of the South African Sugarcane Technologists' Association. 82. 500-524.Abstract:
Scarabaeid pests in South Africa and especially KwaZulu-Natal are characterised by a very long larval life cycle and short pupal and adult periods. However, it has nearly always been the adults of the species that have been identified, with very little attention paid to larval identification. This is unfortunate, as it is mainly the larval stage that is found to be associated with crop damage. Inadequate keys for the taxonomy of larvae of these groups, as well as the lack of taxonomists working on these groups have been identified as constraints. Using mitochondrial DNA data variation in the base pair sequence of the mitochondrial cytochrome c oxidase sub unit I (cox 1) gene, sequences of cox 1 from scarabaeid larvae collected from sugarcane fields were compared with sequences from scarabaeid adults of known species in order to identify the species attacking sugarcane. The major groupings delimited specimens belonging to the subfamilies Dynastinae, Melolonthinae and Rutelinae. Mitochondrial DNA (mtDNA) of larval specimens was linked with mtDNA of identified adult specimens through phylogenetic analysis. This allowed the identification of those larvae through morphological characteristics unique to certain species. Keys were produced during this study which will allow workers to identify larvae, in many cases to species. Obtaining species identifications for larvae will allow the application of species-specific control measures and also will facilitate analysis of interactions among species. These taxonomic advances are a start to the improvement of knowledge of the species composition of scarabaeid larvae in sugarcane fields, thus making management and biological control of these pests a greater possibility.
Full PDF: SASTA


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An experiment that explores the boundaries between either and or, this data visualization attempts to find a connection between color and gender bias. The results of the survey were much richer than expected.
The portraits were halftone in order reference the survey which contained circular color choices. The installation won a Gallery Experience award.
The installation included take aways that contain the data results and invite the viewer to take the survey.
Inside the takeaway the color of the pages corresponds with the color of the portrait on the wall and the associations that were made when the survey was taken.


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Open-source, Python-based, hardware and software for controlling behavioural neuroscience experiments.
Akam T., Lustig A., Rowland JM., Kapanaiah SK., Esteve-Agraz J., Panniello M., Márquez C., Kohl MM., Kätzel D., Costa RM., Walton ME.
Laboratory behavioural tasks are an essential research tool. As questions asked of behaviour and brain activity become more sophisticated, the ability to specify and run richly structured tasks becomes more important. An increasing focus on reproducibility also necessitates accurate communication of task logic to other researchers. To these ends, we developed pyControl, a system of open-source hardware and software for controlling behavioural experiments comprising a simple yet flexible Python-based syntax for specifying tasks as extended state machines, hardware modules for building behavioural setups, and a graphical user interface designed for efficiently running high-throughput experiments on many setups in parallel, all with extensive online documentation. These tools make it quicker, easier, and cheaper to implement rich behavioural tasks at scale. As important, pyControl facilitates communication and reproducibility of behavioural experiments through a highly readable task definition syntax and self-documenting features. Here, we outline the system's design and rationale, present validation experiments characterising system performance, and demonstrate example applications in freely moving and head-fixed mouse behaviour.


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Are you tired of the constant maintenance and efficiency issues associated with traditional brushed pumps in your air and vacuum systems? The Pain-Agitate-Solution (PAS) formula is apt for you. The pain lies in the frequent repairs, energy inefficiency, and shorter lifespan of brushed pumps. This scenario agitates businesses looking for long-term, cost-effective solutions. The solution is switching to brushless micro pumps, a technological advancement that addresses these problems comprehensively.
Brushless micro pumps are quickly becoming the future of air and vacuum applications due to their superior durability, operational efficiency, and reduced maintenance costs. Utilizing electronic commutation, these pumps minimize friction and maximize energy usage, providing a long-lasting and cost-effective solution that aligns with modern industrial needs.
Curious to know how these brushless micro pumps can revolutionize your operations? Stay with us to explore the multifaceted benefits and applications of this groundbreaking technology.
Why Are Brushless Micro Pumps the Future of Air and Vacuum Applications?
The Inherent Limitations of Brushed Pumps
Traditional brushed micro pumps have been a staple in many industries but come with inherent limitations. These limitations mainly involve the friction caused by brushes, which leads to faster wear and tear, thereby reducing the pump's lifespan. Moreover, this friction also produces heat and noise, making brushed pumps less suitable for quiet or heat-sensitive environments.
Technological Advancements in Brushless Motors
Brushless miniature pumps, on the other hand, eliminate these drawbacks through advanced engineering. These pumps employ electronic commutation instead of mechanical brushes, minimizing friction and maximizing efficiency. As a result, they offer the dual benefits of increased longevity and reduced maintenance costs, making them more economical in the long run.
Reliability and Versatility
These advancements go hand-in-hand with the versatile applications of brushless pumps. Whether it's medical instrumentation, automated manufacturing, or environmental systems, these pumps can be customized to meet specific needs. With their reliable performance and energy-efficient designs, they have proven to be indispensable in modern applications where accuracy, reliability, and efficiency are paramount.
A Sustainable Choice for the Future
Moreover, the energy-efficient operation of brushless micro pumps aligns well with global initiatives for sustainability. Industries are keen to adopt technologies that not only meet their functional requirements but are also eco-friendly.
The brushless micro pumps offer a series of compelling advantages that make them the ideal choice for a range of applications in today's increasingly demanding and environmentally conscious industrial landscape.
What Sets Brushless Diaphragm Pumps Apart from Their Brushed Counterparts?
Introduction: A Comparative Lens on Pump Technologies
When it comes to selecting the right pump for fluid or pneumatic control systems, the choice between brushed and brushless diaphragm pumps often presents a dilemma. Each has its own set of advantages and disadvantages, but a nuanced understanding of their respective features can aid in making an informed decision. In this section, we delve into the key differences that set brushless diaphragm pumps apart, focusing on their durability, efficiency, and maintenance requirements.
Durability: Longevity Engineered into Design
Brushless diaphragm pumps are designed to be more durable than their brushed counterparts. The absence of brushes means fewer moving parts that can wear out, thus extending the pump's lifespan. With longer operating cycles and less downtime, they offer more value over the long term.
Efficiency: The Role of Electronic Commutation
One of the most noteworthy advantages of brushless pumps lies in their operational efficiency. The electronic commutation not only ensures smoother operation but also optimizes energy usage. This translates to reduced energy costs and makes them an eco-friendly choice for sustainable operations.
Maintenance: Lowering the Total Cost of Ownership
The absence of brushes significantly reduces the maintenance needs of brushless diaphragm pumps. They require less frequent servicing, which cuts down on labor costs and parts replacement. Consequently, their total cost of ownership is often lower compared to brushed pumps.
When evaluated on parameters such as durability, efficiency, and maintenance, brushless diaphragm pumps come out ahead. They offer a superior, long-lasting solution well-suited for diverse applications, making them a prudent investment for any business looking to optimize its fluidic control systems.
How Do Brushless Vacuum Pumps Revolutionize Precision Applications?
Introduction: The Quest for Precision in Fluid Dynamics
In industries where precision and control are of paramount importance, such as healthcare, aerospace, and high-tech manufacturing, vacuum pumps play an indispensable role. The advent of brushless vacuum pumps has revolutionized these precision applications, providing benefits that go beyond traditional vacuum solutions. Here, we examine the crucial features and advantages such as low noise and high reliability that make brushless vacuum pumps an industry-changing innovation.
Low Noise: A Silent Revolution in Pump Technology
Noise pollution in industrial settings not only affects worker comfort but can also interfere with sensitive measurements and processes. Brushless vacuum pumps offer a compelling solution with their exceptionally low noise levels. Their design eliminates the sound-generating friction that is common in brushed pumps, thus providing a quieter work environment that is conducive to precision tasks.
High Reliability: Ensuring Consistent Performance
What sets brushless vacuum pumps apart in precision applications is their exceptional reliability. With fewer parts to wear out and better heat dissipation due to electronic commutation, these pumps maintain consistent performance over extended periods. This reduces the risk of system failures, thereby ensuring the continuity and accuracy of critical operations.
Uncompromising Precision: Where Quality Meets Innovation
When it comes to meeting exacting standards, brushless vacuum pumps deliver on multiple fronts. Not only do they reduce the variables that can affect performance, but their enhanced reliability also means less frequent recalibrations. The result is a pump that offers high precision while minimizing operational disruptions.
Brushless vacuum pumps stand out as a game-changing technology for precision applications. By offering unparalleled low noise and high reliability, they facilitate more accurate and efficient operations, validating their status as a revolutionary development in fluid dynamics technology.
Why Choose a 12V Brushless Vacuum Pump for Your Needs?
Introduction: The Significance of Voltage in Vacuum Pumps
Voltage plays an instrumental role in determining a pump's performance, reliability, and application suitability. While vacuum pumps come in various voltage configurations, the 12 volt brushless vacuum pumps have gained significant attention for their remarkable energy efficiency and performance consistency. In this segment, we explore why opting for a 12 V brushless vacuum pump can be a sound decision for your particular needs.
Voltage Requirements: Aligning with Standard Electrical Systems
One of the primary benefits of choosing a 12V brushless vacuum pump is its compatibility with standard electrical systems commonly found in industrial and automotive applications. The 12V specification allows for seamless integration, reducing the need for additional power conversion units or specialized electrical infrastructure.
Energy Efficiency: Lowering Operational Costs
12V brushless vacuum pumps are highly energy-efficient, leading to reduced power consumption and, subsequently, lowered operational costs. Their electronic commutation ensures a smooth, frictionless operation, which minimizes energy wastage compared to their higher-voltage or brushed counterparts.
Performance Comparisons: Why 12V Stands Out
When evaluated against other voltage options, 12V brushless vacuum pumps often deliver comparable performance but with the added advantages of lower heat generation and longer lifespan. The 12V configuration is particularly beneficial in applications where space is at a premium and heat dissipation is a concern.
The 12V brushless vacuum pump offers an optimal blend of compatibility, energy efficiency, and robust performance. Its attributes make it a versatile choice for a wide range of applications, emphasizing its pivotal role in advancing vacuum technology.
How Does DC Vacuum Pump Technology Impact Longevity and Reliability?
Introduction: The DC Advantage in Vacuum Pump Technology
Direct Current (DC) vacuum pump technology has been a cornerstone in revolutionizing the longevity and reliability of vacuum systems. Unlike their alternating current (AC) counterparts, DC vacuum pumps offer greater control over speed and torque, thus enhancing overall performance. This segment delves into the impact of DC technology, particularly focusing on the popular 12V and 24V configurations.
Energy Consumption: The Efficiency of DC Motors
DC vacuum pumps are engineered for high efficiency, and this holds especially true for the 12V and 24V variants. Their DC motors permit precise control, enabling optimal utilization of energy. This control mechanism minimizes energy wastage, translating into lower operational costs and contributing to a longer lifespan for the pump.
Longevity: Built to Last
DC vacuum pumps, especially those operating on 12V and 24V, are designed for robustness and longevity. The absence of frequent voltage fluctuations common in DC pumps ensures less wear and tear on the pump's internal components. This operational stability directly correlates with a longer service life, reducing the total cost of ownership.
Reliability: Consistent Performance Across Applications
One of the most compelling aspects of DC vacuum pumps is their reliability. Because they operate on a stable voltage, the pumps deliver consistent performance regardless of the application's specific requirements. Whether it's a 12V or 24V setup, the DC technology ensures that the pump functions reliably under varied operating conditions.
DC vacuum pump technology, particularly in the 12V and 24V configurations, offers an impressive blend of energy efficiency, longevity, and reliability. These traits make them an excellent choice for a myriad of applications that demand both high performance and operational sustainability.
To sum up, the type of micro pump you choose can profoundly impact the efficiency and effectiveness of your application. From brushless diaphragm pumps to DC vacuum pumps, understanding the nuances of each option can help you make an informed decision. Explore BODENFLO's high-performance range to find the perfect pump solution for your specific needs.


Multiple of 10 definition. What number is a multiple of 10 2019-01-07
Multiple of 10 definition Rating: 9,7/10 967 reviews
What number is a multiple of 10
multiple of 10 definition
This is where C++ also checks that all functions defined i. First, determine the greatest common factor of both numbers. So this is 50 seven times. Now, we only need to determine the least common multiple of 72 and 210. You say that decimation meaning the killing of every tenth soldier if a battle was lost was 'almost completely abandoned 2000 years ago.
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What is a Multiple in Math?
multiple of 10 definition
If you have ever found a common denominator for two or more fractions, you have found a common multiple. So let's say we want to multiply 50 times 7. This can be done either directly in the cpp file where it is called or usually in an included header file. Now, the more practice you get here, you'll realize, hey, I could have just said 3 times 6 is 18, but I have to worry about this 0 right over here. This is for multiplication charts that go up to 10. Rewrite 4 as 2 x 2.
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What Is a in Math Terms?
multiple of 10 definition
Well, there's a couple of ways you could think about it. So we could write this as 10 times 5, and then we're multiplying that times 7. The way to work this out is to break the number down into its prime factors. Spec … ial Note : An important thing to note is -10, -20 and so on are also multiples of 10! Multiples of Numbers: This calculator will find the first 100 multiples of integers. Here is a highly simplified but hopefully relevant view of what happens when you build your code in C++. Note that only the machine code that corresponds to functions defined in this cpp and included files gets built as the object binary version of this compilation unit e. Yes, because even though 3.
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What does Multiple mean?
multiple of 10 definition
Multiples of 17 : 17, 34, 51, 68, 85, 102, 119, 136, 153, 170, 187, 204, 221, 238, 255, 272, 289, 306, 323, 340. Frames of Mind: The Theory of Multiple Intelligences. To determine the least common multiple of more than two numbers, we can take them two at a time, then compare those least common multiples to find their least common multiple. Therefore, the order of magnitude is dependent on your base and on whether your scale is linear, logarithmic, or something else. Alternatively, the number of the multiples of ten is that you get when you truncate the rightmost number. Whatever name the number is, that is what you write. All multiples of 10 end in a zero because 10 multiplied by any number has a zero at the end.
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meaning
multiple of 10 definition
A common denominator, which is another name for common multiple, is a number that is a multiple for all the numbers being considered. The number 24, however, is special because it is the smallest or lowest or least common multiple for 8 and 12. It's going to be 180. Multiples of 3 : 3, 6, 9, 12, 15, 18, 21, 24, 27, 30, 33, 36, 39, 42, 45, 48, 51, 54, 57, 60. Multiply all their prime factors together in other words, multiply both numbers together and divide by the prime factors they have in common in other words, their greatest common factor. If you said that all of these multiples of 10 have a 0 at the end, you are right.
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Multiplying by multiples of 10 (video)
multiple of 10 definition
Let's get going with our lesson to see how you can find them, say them, and write them. So you could do it that way. Intelligence Reframed: Multiple Intelligences for the 21st Century. This theory suggests that traditional psychometric views of intelligence are too limited. Here is my code in 2 files. A prime number is one that can be divided only by 1 and itself.
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EasyDefine
multiple of 10 definition
Move the decimal point to the right by that number of spaces if you run out of spaces to move the decimal point then add a zero. Thus two numbers will have 10 as a common multiple if the only unique factors between them is a single 2 and a single 5. The numbers before the last 0 increase one by one, just like if you were counting 1, 2, 3, and so on. For example you may have a list like: 1. For example, the multiples of 3 are calculated 3x1, 3x2, 3x3, 3x4, 3x5. Simultaneously the creature shot into the moonlight in full charge upon her, its tail erect, its tiny ears laid flat, its great mouth with its multiple rows of sharp and powerful fangs already yawning for its prey, its ten legs carrying it forward in great leaps, and now from the beast's throat issued the frightful roar with which it seeks to paralyze its prey.
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c++
multiple of 10 definition
I'll do one more right over here. JimiOke: Then don't split hairs. . He got so tired of spending excessive time looking up the definitions of many words that he developed the idea and code for an automatic and quick dictionary. So 50, well, there's a couple of ways you could think about it.
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multiple of ten definition
multiple of 10 definition
The problem is that if you include fun. In math terms, a number's multiples are the product of that number and another whole number. In this case, 10 can be expressed as 2x5. To use EasyDefine you must have javascript enabled. One, you could literally try to add 50 seven times. My current problem occurs when trying to use a friend function. She suffered multiple injuries when she fell out of the window.
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Multiples
multiple of 10 definition
And then, not forgetting that it's actually not a 5, it's a 50. So this is going to be 180. The header file should just have the class definition. And you might be able to compute this in your head. Since both 3 and 2 are prime numbers, this is the prime factorization for 24.
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On October 9, the Swedish Academy awarded the Nobel Prize in Literature to Dario Fo, the Italian playwright who is most known for his attacks on the Roman Catholic Church. His most famous work, "Mistero Buffo" ("Comic Mystery"), was branded by the Vatican in 1977 as the "most blasphemous show in the history of television"; it is not surprising, then, that the Vatican expressed astonishment when it learned that Fo had been given the Nobel Prize.
William Donohue released the following statement on Fo's selection:
"I am well aware of the extent to which literature has become thoroughly politicized and debased in the West. Giving the Nobel Prize in Literature to an anti-Catholic bigot, and to a man who describes his own scatological work as 'grotesque,' settles the issue: the deans of literature enjoy celebrating what the common folk regard as trash.
"It is not accurate to maintain, as one Italian critic did, that this prize means that 'everything changes, even literature changes.' No, for that would suggest that the vector of change in the humanities has been on a course other than decline. Even more unbelievable is the comment by the Swedish Academy that Fo 'has opened our eyes to abuses and injustices.' That this can be said about a man whose defense of Stalinism is as well known as his hatred of Catholicism proves that the ladies and gentlemen who chose Fo have been blinded from reality for decades."