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how to clean rc car?
Answer
 1. -A soft, dry cloth
 2. -A slightly dampened cloth
 3. -A mild soap
How To Clean An RC Car THE EASY WAY!
A Quick Way To Clean RC Cars After Bashing
Can I wash my Traxxas Slash?
Yes, you can wash your Traxxas Slash. Just be sure to use a mild soap and water solution, and avoid getting any water inside the electronics.
How do you clean a brushless motor?
There are a few different ways that you can clean a brushless motor, but the most important thing is to make sure that you do it regularly. The first way is to simply use a soft cloth to wipe down the motor. The second way is to use compressed air to blow any dirt or debris out of the motor. And the third way is to use a brushless motor cleaning kit, which usually comes with a special cleaning solution and brush.
How long do brushless motors last?
There is no definitive answer to this question as it depends on a number of factors, such as how often the motor is used and how well it is maintained. However, many brushless motors have a lifespan of several years with proper care.
How do you clean a Traxxas motor?
To clean a Traxxas motor, you will need to remove the motor from the vehicle. Once the motor is removed, you can use a brush to clean any dirt or debris from the surface. If the motor is very dirty, you may need to use a cleaner and cloth to remove all the dirt and grime.
How do you clean a nitro RC car?
To clean a nitro RC car, you will need to remove the body and clean the chassis with soap and water. You can then use a brush to clean the wheels and tires. Finally, use a cloth to wipe down the outside of the car.
Do brushless motors need to be cleaned?
Yes, brushless motors need to be cleaned regularly. However, they don't require as much maintenance as brushed motors.
How do you clean a brushed traxxas motor?
You can clean a brushed traxxas motor with a can of compressed air. Just point the nozzle of the can at the motor and give it a few short bursts.
How do you clean wheels?
There are a few different ways to clean wheels, and the best method will depend on the type of wheels you have. For example, if you have aluminum wheels, you can use a mild soap and water solution to clean them. If you have chrome wheels, you can use a chrome cleaner or a vinegar and water solution.
What kind of cleaner is simple green?
Simple Green is an all-purpose cleaner. It can be used on surfaces such as countertops, floors, and walls.
How do you clean muddy Traxxas?
To clean your muddy Traxxas, first rinse it off with clean water. Then, using a soft brush, scrub away any remaining dirt. Finally, rinse it again with clean water and dry it off with a soft cloth.
How do you clean plastic RC parts?
To clean plastic RC parts, you can use a mild soap and water solution. You can also use a commercial plastic cleaner or polish.
How do you clean an RC crawler?
To clean an RC crawler, you will need to remove the body and tires. Clean the body with a damp cloth and the tires with a brush.
How do I stop my RC car from rusting?
The best way to stop your RC car from rusting is to keep it clean and dry. After each use, wipe down the car with a clean, dry cloth. If the car gets wet, dry it off as soon as possible. Store the car in a cool, dry place when not in use.
What is electric motor cleaner?
Electric motor cleaner is a type of cleaning agent that is specifically designed for cleaning electric motors. It can be used to clean both the exterior and interior of an electric motor, and it is effective at removing dirt, grime, and other build-up from the surface of the motor.
What should you not use Simple Green on?
You should not use Simple Green on anything that is not intended to be cleaned with it. Some things that Simple Green is not intended for are: cleaning your car, cleaning your house, or cleaning your clothes.
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text:
Project duration: 6 months
CLIENT: Silesian Tourist Organization
Silesian Tourist Organization was established in 2004 by the Marshall's Office of Silesian Voivodeship, Cieszynski Poviat, The City of Gliwice, Beskidy Chamber of Tourism, Polish Chamber of Tourism – Silesian Office, travel agencies and local offices of the Polish Tourist Country-Lovers (PTTK) society. The task of Silesian Tourist Organization is widely taken promotion of Silesian Voivodeship in Poland and abroad.
- Creating a unique and only Poland's culinary brand "Silesian Flavors" which alludes to the promotional catchword of the Silesian Voivodeship: "Silesia. Positive Energy".
- Silesian Flavors is a diverse and umbrella brand. The concept is based on a certification program for restaurants offering traditional Silesian cuisine (something similar to Michelin recommendations).
- The essence of Silesian Flavors is conveying the wealth of experience provided by the diversity of the Silesian region, also in culinary terms. Silesian Flavors are a part of the "slow food" trend, promoting an aware style of living and eating as well as culinary tourism. According to the sentence saying that "The way to a man's heart is through his stomach", tourists more and more often, apart from interesting monuments and cultural events, look for a tasty, original, and not mass-oriented regional cuisine that becomes an indicator of a given place.
- Taking the big success of a culinary event Silesian Flavors Festival, which has taken place in Silesian towns since 2006, there has been a need for developing this event to a tourist product.
- Existence of a strong promotional campaign of Silesian Voivodeship: "Silesia. Positive Energy", which draws attention to the region's diversity.
- The Silesian Voivodeship's cuisine is diverse, it includes 8 so-called "regional tables" (according to Marek Szoltysek's classification), divided into even smaller local culinary traditions. That's why there has been a need for creating one brand collecting different kinds of the Silesian Voivodeship's cuisine.
- Growing popularity of the "slow food" trend, popularizing an aware style of living and eating, as well as culinary tourism.
- Conducting comprehensive focus research with TNS Pentor on the idea of Silesian Flavors' brand among restaurant owners from the Silesian Voivodeship. Result of this research was information about positive attitude of restaurant owners to the Silesian Voivodeship cuisine and about the need to create a common brand which could be Silesian Flavors.
- The strategy was developed in the process of meetings with representatives of Silesian Tourist Organization, Marshal's Office of Silesian Voivodeship, representatives of the Silesian Culinary Group, Silesian Flavor Chapter and the contractors (Planet PR agency in cooperation with Publicon agency).
- Preparing the methodology to launch the Silesian Flavors brand, based on four steps: preliminary, brand implementation, development and strengthening, in order to increase expenditure and development of this initiative with simultaneous change in its financing method. The goal was to be the possibility of brand's self-financing thanks to the development of certification program.
- Preparing a comprehensive system of brand visualization enabling the promotion of restaurants taking part in the program, Silesian Flavors Festival and consistent communication of the Silesian Flavors brand.
- Preparing new visual identification of the Silesian Flavors Festival.
- Preparing several plans of the brand promotional campaign to be used depending the available budget.
- Implementation-ready, comprehensive strategy for building a new "Silesian Flavors" brand.
- Innovative web tourist product covering all the voivodeship.
- Positive evaluation of the Silesian Flavors brand concept by regional media and representatives of tourist and culinary industry in Silesian Voivodeship.

source: openbmb/Ultra-FineWeb


stress
How does stress and anger lead to weight gain?
Posted on
stress and anger
Stress and anger is a potent mix. Anger leads to weight gain, and stress prevents weight loss. Many people struggling with weight loss actually don't eat much but are unable to slim down. The role of anger – it is responsible for weak muscles and potbelly fat, which are typical indicators of stress related to obesity. […]


text:
Contribution is part of the Academic Word List. It is important for students in college and university.
- A contribution is something that you give or add.
- Technology to reduce pollution could make a significant contribution to the solution.
- Some of his most important early contributions were his detailed descriptions and illustrations.
- Their contribution in October has been revised down from £300million to the same level.
- The money you give to someone, especially for a donation, is your contribution.
- The amount of work you did on a project.
- His contribution was very low. He did almost nothing.

source: HuggingFaceFW/fineweb-edu


text:
Crush & Sweep (Form)
Enable form by tapping the spheres of both controllers together Motion controllers touch spheres.
Move the controllers Primary motion controller Secondary motion controller to flatten your shape until it becomes a white outline.
Press Secondary motion controller T button to set shape.the secondary T button
Hold Primary motion controller T button and move the primary controller Primary motion controller to sweep the shape out.the primary T button
This is great for making buildings - use stay upright to restrict rotation.Next: Spin
The Dreams User Guide is a work-in-progress. Keep an eye out for updates as we add more learning resources and articles over time.


Asana to PostgreSQL
How It Works
Copying Asana data to PostgreSQL cannot be simpler. You just need to perform the following three simple steps.
Step 1
Specify necessary connection parameters for Asana.
Step 2
Specify necessary connection parameters for PostgreSQL.
Step 3
Select Asana objects to replicate.
Powerful Replication Features
Automatic Schema Creation
You don't need to prepare the PostgreSQL database — Skyvia creates the tables, corresponding to the Asana objects, in the data warehouse automatically.
Complete or Partial Replication
With Skyvia you can extract and load all the data from a Asana object or disable loading for some Asana object fields. You can also configure filters for data to replicate.
Change Data Capture
Skyvia not just copies Asana data to PostgreSQL once, it can keep your PostgreSQL database up-to-date with Asana automatically, ensuring you always have fresh data for data analysis without any user intervention.
Optimized Data Loading
Skyvia combines a high-performance optimized batch data loading into PostgreSQL with a granular, per-record data insertion and error logging in case of any errors.
True ETL — Data Import Tool
If you need more than just to copy data from Asana to PostgreSQL, you may use Skyvia's powerful data import functionality. Skyvia's data import tools will correctly extract Asana data, transform it, and load to PostgreSQL when PostgreSQL tables have different structure than Asana objects.
Automation and Monitoring
Flexible Scheduling
Use flexible scheduling settings to automate replication
Detailed Logging
You can find detailed logs for each execution in the package Run History.
Email Notifications
Enable email notifications and always know if anything goes wrong.
Integrate Asana and PostgreSQL with minimal effort and in only a few clicks!


text:
Scrabble word: PELAGIC
In which Scrabble dictionary does PELAGIC exist?
Definitions of PELAGIC in dictionaries:
- adj - relating to or occurring or living in or frequenting the open ocean
- Of, relating to, or living in open oceans or seas rather than waters adjacent to land or inland waters: pelagic birds.
- noun - an inhabitant of the ocean
There are 7 letters in PELAGIC: A C E G I L P
Scrabble words that can be created with an extra letter added to PELAGIC
All anagrams that could be made from letters of word PELAGIC plus a wildcard: PELAGIC?
Scrabble words that can be created with letters from word PELAGIC
7 letter words
6 letter words
5 letter words
4 letter words
3 letter words
2 letter words
Images for PELAGIC
SCRABBLE is the registered trademark of Hasbro and J.W. Spear & Sons Limited. Our scrabble word finder and scrabble cheat word builder is not associated with the Scrabble brand - we merely provide help for players of the official Scrabble game. All intellectual property rights to the game are owned by respective owners in the U.S.A and Canada and the rest of the world. Anagrammer.com is not affiliated with Scrabble. This site is an educational tool and resource for Scrabble & Words With Friends players.


or Creating a Database
Once declared, a database file may be opened using the sqlite3_open() function. If the specified database file does not already exist it is first created before being opened. The syntax for this function is as follows:
int sqlite3_open(const char *filename, sqlite3 **database);
In the above syntax, filename is the path to the database file in the form of a UTF-8 character string and database is the reference to the database structure. The result of the operation is returned as an int. Various definitions for result values are defined in the include file such as SQLITE_OK for a successful operation.
For example, the code to open a database file named contacts.db in the Documents directory of an iPhone application might read as follows. Note that the code assumes an NSString variable named databasePath contains the path to the database file:
sqlite3 *contactDB; //Declare a pointer to sqlite database structure
const char *dbpath = [databasePath UTF8String]; // Convert NSString to UTF-8

if (sqlite3_open(dbpath, &contactDB) == SQLITE_OK)
{
 //Database opened successfully
} else {
 //Failed to open database
}
The key point to note in the above example is that the string contained in the NSString object was converted to a UTF-8 string before being passed to the function to open the database. This is a common activity that you will see performed frequently when working with SQLite in Objective-C.
Preparing and Executing a SQL Statement
SQL statements are prepared and stored in a structure of type sqlite3_stmt using the sqlite3_prepare_v2() function. For example:
sqlite3_stmt *statement;
NSString *querySQL = @"SELECT address, phone FROM contacts";
const char *query_stmt = [querySQL UTF8String];
if (sqlite3_prepare_v2(contactDB, query_stmt, -1,
 &statement, NULL) == SQLITE_OK)
{
 //Statement prepared successfully
} else {
 //Statement preparation failed
}
A prepared SQL statement may subsequently be executed using a call to the sqlite3_step() function, passing through the sqlite3_stmt variable as the sole argument:
sqlite3_step(statement);
sqlite3_finalize(statement);
Note that the sqlite3_step() function also returns a result value. The value returned, however, will depend on the nature of the statement being executed. For example, a successful insertion of data into a database table will return a SQLITE_OK result, whilst the successful retrieval of data will return SQLITE_ROW.
Alternatively, the same results may be achieved with a single call to the sqlite3_exec() function as illustrated in the following section.
Creating a Database Table
Database data is organized into tables. Before data can be stored into a database, therefore, a table must first be created. This is achieved using the SQL CREATE TABLE statement. The following code example illustrates the creation of a table named contacts, the preparation and execution of which is performed using the sqlite3_exec() function:
const char *sql_stmt = "CREATE TABLE IF NOT EXISTS CONTACTS (ID INTEGER PRIMARY KEY AUTOINCREMENT, NAME TEXT, ADDRESS TEXT, PHONE TEXT)";
if (sqlite3_exec(contactDB, sql_stmt, NULL, NULL, &errMsg) == SQLITE_OK)
{
 // SQL statement execution succeeded
}
Extracting Data from a Database Table
Those familiar with SQL will be aware that data is retrieved from databases using the SELECT statement. Depending on the criteria defined in the statement, it is typical for more than one data row to be returned. It is important, therefore, to learn how to retrieve data from a database using the SQLite C function calls.
As with previous examples, the SQL statement must first be prepared. In the following code excerpt, a SQL statement to extract the address and phone fields from all the rows of a database table named contacts is prepared:
sqlite3_stmt *statement;
NSString *querySQL = @"SELECT address, phone FROM contacts";
const char *query_stmt = [querySQL UTF8String];
sqlite3_prepare_v2(contactDB, query_stmt, -1, &statement, NULL);
The statement subsequently needs to be executed. If a row of data matching the selection criteria is found in the database table, the sqlite3_step() function returns a SQLITE_ROW result. The data for the matching row is stored in the sqlite3_stmt structure and may be extracted using the sqlite3_column_<type>() function call, where <type> is replaced by the type of data being extracted from the corresponding field of data. Through the implementation of a while loop, the sqlite3_step() function can be called repeatedly to cycle through multiple matching rows of data until all the matches have been extracted. Note that the sqlite_column_<type>() function takes as its second argument the number of the column to be extracted. In the case of our example, column 0 contains the address and column 1 the phone number:
while (sqlite3_step(statement) == SQLITE_ROW)
{
 NSString *addressField = [[NSString alloc] initWithUTF8String:
 (const char *) sqlite3_column_text(statement, 0)];
 NSString *phoneField = [[NSString alloc] initWithUTF8String:
 (const char *) sqlite3_column_text(statement, 1)];
 // Code to do something with extracted data here
 [phoneField release];
 [addressField release];
}
sqlite3_finalize(statement);
Closing a SQLite Database
When an application has finished working on a database it is important that the database be closed. This is achieved with a call to the sqlite3_close() function, passing through a pointer to the database to be closed:
sqlite3_close(contactDB);
Summary
In this chapter we have looked at the basics of implementing a database within an iPhone application using the embedded SQLite relational database management system. In the next chapter we will put this theory into practice and work through an example that creates a functional iPhone application that is designed to store data in a database.
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PreviousTable of ContentsNext
iOS 4 iPhone Data Persistence using Archiving (Xcode 4)An Example SQLite based iOS 4 iPhone Application (Xcode 4)


text:
Hollingshead A, Williamson P, Carnahan C. Cognitive and emotional engagement for students with severe intellectual disability defined by the scholars with expertise in the field. Research and Practice for Persons with Severe Disabilities 2018; 43: 269-284.
This paper discusses engagement in learning for students with severe intellectual disabilities, and it presents concepts which are important for anyone who has contact with individuals who have significant disabilities. Much has been written about behavioral, cognitive, and emotional components of engagement in learning for typically developing children and those with mild disabilities. Learning outcomes have been found to be affected by all three aspects of engagement. For students with severe disabilities, there have only been reports of behavioral components of engagement. Further exploration of engagement is needed because the behavior of children may be deceptive. It is suggested that some students who cannot interact with materials physically seem to be disengaged when they are processing what they hear and enjoying the activity. Others students appear attentive without actually focusing on the lesson.
Beliefs affect teachers' behavior toward students. Pessimism and low expectations for those with severe intellectual disabilities can interfere with quality instruction. A lack of recognition of an individual's unique nonverbal responses may also prevent an observer from noticing signs of attention and learning.
The research question was, "How do scholars with expertise in the field of severe ID conceptualize cognitive and emotional engagement of students with severe ID?" Twenty-three scholars with relevant expertise were interviewed using a series of 11 open-ended questions. Data were analyzed through an approach that includes description and interpretation (transcendental phenomenology).
Cognitive engagement refers to the ability to attend, express attention, and when possible respond in a manner that demonstrates what has been learned. A large range of responses was described for learners with severe intellectual disabilities. Some students may be able to count out a specific amount of money in a class activity, then apply this learning when making a purchase in a store. Evidence of engagement in others may extremely difficulty to detect. One scholar stated that just because we cannot measure cognitive engagement does not mean it is absent. A child with a profound disability was reported to sleep most of the day. He awoke and remained alert when he was brought to a general education class.
Active responding for a child may be limited to completing one step of a task. For another student, cognitive engagement is demonstrated through using a head switch with a scanning augmentative communication device. When a moving light arrives at the row containing a specific letter, the switch is activated; it is pushed again to select the chosen letter. This process must be repeated for each letter in the sentence being composed. In contrast to this complex type of communication, some children respond primarily through eye gaze or by activating a switch. It is reported that although augmentative communication can be an important factor in promoting engagement, this type of technology is neglected for many students who could benefit.
Emotional engagement is based on both enjoying an activity and intrinsic motivation to learn. Self-directed learning leads to students being in charge of learning and results in more motivation than when children are performing while being prompted by others. In order to enhance positive emotional responses, work needs to be reasonably challenging and based on a student's interests. A lack of observed emotional engagement may be the result of a lesson that is not meaningful to the child or to the educator not recognizing the child's cues.
Comments: The concepts presented in this paper are important! One student is clearly misclassified as having a severe intellectual disability, although he may test in that range because of significant limitations in fine motor coordination and speech. He uses a scanning augmentative communication device to compose messages. The comprehension of how to choose a letter, the patience to do so and select many letters to convey a message, and the literacy skills to do so require intelligence, persistence, and high motivation!
We can all help to advocate for augmentative communication services to develop functional communication. Conclusions arrived at by someone who is pessimistic and not attuned to subtle cues are unlikely to reflect a person's ability or potential accomplishments. Emerging attempts to respond can be missed. What appears to be limitations in alertness, may be the result of a lack of meaningful stimulation. Some people are drowsy because of medication or after a seizure, and their responses may be recognized better during periods of increased alertness. There are individuals who require more time to become comfortable with an unfamiliar person and who initially demonstrate limited responsiveness and interaction.
The more a professional interacts with someone and observes carefully, the more likely it is that reactions and communication will be evident. In addition to interacting, we can all encourage and help individuals to participate in a richer environment with more opportunities to interact.
Naomi Lorch, Ph.D., P.T.


text:
delta is requested?
Via the status of the last delta in the BW Request Monitor. If the request is RED, the next load will be of type 'Repeat'. If you need to repeat the last load for certain reasons, set the request in the monitor to red manually. For the contents of the repeat see Question 14. Delta requests set to red despite of data being already updated lead to duplicate records in a subsequent repeat, if they have not been deleted from the data targets concerned before.
82.Are there particular recommendations regarding the data volume the DeltaQueue may grow to without facing the danger of a read failure due to memory problems?
There is no strict limit (except for the restricted number range of the 24-digit QCOUNT counter in the LUW management table – which is of no practical importance, however – or the restrictions regarding the volume and number of records in a database table).
When estimating "smooth" limits, both the number of LUWs is important and the average data volume per LUW. As a rule, we recommend to bundle data (usually documents) already when writing to the DeltaQueue to keep number of LUWs small (partly this can be set in the applications, e.g. in the Logistics Cockpit). The data volume of a single LUW should not be considerably larger than 10% of the memory available to the work process for data extraction (in a 32-bit architecture with a memory volume of about 1GByte per work process, 100 Mbytes per LUW should not be exceeded). That limit is of rather small practical importance as well since a comparable limit already applies when writing to the DeltaQueue. If the limit is observed, correct reading is guaranteed in most cases.
If the number of LUWs cannot be reduced by bundling application transactions, you should at least make sure that the data are fetched from all connected BWs as quickly as possible. But for other, BW-specific, reasons, the frequency should not be higher than one DeltaRequest per hour.
To avoid memory problems, a program-internal limit ensures that never more than 1 million LUWs are read and fetched from the database per DeltaRequest. If this limit is reached within a request, the DeltaQueue must be emptied by several successive DeltaRequests. We recommend, however, to try not to reach that limit but trigger the fetching of data from the connected BWs already when the number of LUWs reaches a 5-digit value.
83.I would like to display the date the data was uploaded on the report. Usually, we load the transactional data nightly. Is there any easy way to include this information on the report for users? So that they know the validity of the report.
If I understand your requirement correctly, you want to display the date on which data was loaded into the data target from which the report is being executed. If it is so, configure your workbook to display the text elements in the report. This displays the relevance of data field, which is the date on which the data load has taken place.
84.Can we load data directly into infoobject with out extraction is it possible.
Yes. We can copy from other infoobject if it is same. We load data from PSA if it is already in PSA.
85.HOW MANY DAYS CAN WE KEEP THE DATA IN PSA, IF WE R SHEDULED DAILY, WEEKLY AND MONTHLY.
We can set the time.
86.HOW CAN U GET THE DATA FROM CLIENT IF U R WORKING ON OFFSHORE PROJECTS. THROUGH WHICH NETWORK.
VPN.Virtual Private Network, VPN is nothing but one sort of network where we can connect to the client systems sitting in offshore through RAS (Remote access server).
87.THERE is one ODS AND 4 INFOCUBES. WE SEND DATA AT TIME TO ALL CUBES IF ONE CUBE GOT LOCK ERROR. HOW CAN U RECTIFY THE ERROR?
Go to TCode sm66 then see which one is locked select that pid from there and goto sm12 TCode then unlock it this is happened when lock errors are occurred when u scheduled.
88.Can anybody tell me how to add a navigational attribute in the BEx report in the rows?
Expand dimension under left side panel (that is infocube panel) select than navigational attributes drag and drop under rows panel.
89.WHAT IS TRANSACTIONAL CUBE?
Transactional InfoCubes differ from standard InfoCubes in that the former have an improved write access performance level. Standard InfoCubes are technically optimized for read-only access and for a comparatively small number of simultaneous accesses. Instead, the transactional InfoCube was developed to meet the demands of SAP Strategic Enterprise Management (SEM), meaning that, data is written to the InfoCube (possibly by several users at the same time) and re-read as soon as possible. Standard Basic cubes are not suitable for this.
90.I am not able to access a node in hierarchy directly using variables for reports. When I am using Tcode RSZV it is giving a message that it doesn't exist in BW 3.0 and it is embedded in BEx. Can any one tell me the other options to get the same functionality in BEx?
Tcode RSZV is used in the earlier version of 3.0B only. From 3.0B onwards, it's possible in the Query Designer (BEx) itself. Just right click on the InfoObject for which you want to use as variables and precede further selecting variable type and processing types.
91.What is ODS?
An ODS object acts as a storage location for consolidated and cleaned-up transaction data (transaction data or master data, for example) on the document (atomic) level.
This data can be evaluated using a BEx query.Standard ODS Object
Transactional ODS object:The data is immediately available here for reporting. For implementation, compare with the Transactional ODS Object.
A transactional ODS object differs from a standard ODS object in the way it prepares data. In a standard ODS object, data is stored in different versions ((new) delta, active, (change log) modified), where as a transactional ODS object contains the data in a single version. Therefore, data is stored in precisely the same form in which it was written to the transactional ODS object by the application. In BW, you can use a transaction ODS object as a data target for an analysis process.
The transactional ODS object is also required by diverse applications, such as SAP Strategic Enterprise Management (SEM) for example, as well as other external applications.
Transactional ODS objects allow data to be available quickly. The data from this kind of ODS object is accessed transactionally, that is, data is written to the ODS object (possibly by several users at the same time) and reread as soon as possible.
It offers no replacement for the standard ODS object. Instead, an additional function displays those that can be used for special applications.
The transactional ODS object simply consists of a table for active data. It retrieves its data from external systems via fillor deleteAPIs. The loading process is not supported by the BW system. The advantage to the way it is structured is that data is easy to access. They are made available for reporting immediately after being loaded.
92.What does InfoCube contains?
Each InfoCube has one FactTable & a maximum of 16 (13+3 system defined, time, unit & data packet) dimensions.
93.What does FACT Table contain?
A FactTable consists of KeyFigures.Each Fact Table can contain a maximum of 233 key figures.Dimension can contain up to 248 freely available characteristics.
94.How many dimensions are in a CUBE?
16 dimensions. (13 user defined & 3 system pre-defined [time, unit & data packet])
95.What does SID Table contain?
SID keys linked with dimension table & master data tables (attributes, texts, hierarchies)
96.What does ATTRIBUTE Table contain?
Master attribute data
97.What does TEXT Table contain?
Master text data, short text, long text, medium text & language key if it is language dependent
98.What does Hierarchy table contain?
Master hierarchy data
99.As to where in BW do you go to add a character like a ; # so that BW will accept it. This is transaction data which loads fine in the PSA but not the data target.
Check transaction SPRO —Then click the "Goggles"-Button => BusinessInformation Warehouse => Global Settings => 2nd point in the list. I hope you can use my "Guide" (my BW is in german, so i don't know all the english descriptions).
100.When are Dimension ID's created?
When Transaction data is loaded into InfoCube.
101.When are SID's generated?
When Master data loaded into Master Tables (Attr, Text, Hierarchies).
102.How would we delete the data in ODS?
By request IDs, Selective deletion & change log entry deletion.
103.How would we delete the data in change log table of ODS?
Context menu of ODS Ã¢ ' Manage Ã¢ ' Environment Ã¢ ' change log entries.
104.Different types of Attributes?
Navigational attribute, Display attributes, Time dependent attributes, Compounding attributes, Transitive attributes, Currency attributes.


text:
Last name origin & meaning:
English (Lancashire): habitational name of uncertain origin. Thomas
de Wallerwork was living in Lancashire c.1324. Throughout the
Middle Ages English forms in -work alternate with ones in
-worth, and the surname may derive from places in County Durham
or Greater London called Walworth.
Comments for Wallwork

source: m-a-p/FineFineWeb


text:
The complement fixation test is like a Wassermann reaction, but the antigen should be polyvalent.
The Committee made inquiries from competent witnesses as to the present position of the complement fixation test in gonorrhœa.
At a later period, however, the complement fixation test is almost invariably positive.
complement-fixation test n.
An immunological test for determining the presence of a particular antibody in which serum is treated in a manner that allows existing antibodies to accept and bind to a known amount of antigen. If binding occurs the presence of the antibody is verified and its concentration in the serum can be calculated based on the amount of antigen added to the system.


CFD investigation on wheel rotation modelling
Artikel i vetenskaplig tidskrift, 2018
It is well understood in the automotive community that wheels are a major contributor to the aerodynamic drag of passenger vehicles. The flow around rotating wheels is very complex due to the many separation regions created by very small tyre features and by the contact area of the tyre with the ground. Correct modelling of wheel rotation requires accuracy in the representation of the tyre geometry and proper boundary conditions to simulate the rotation. This paper proposes a hybrid approach for simulating tyre rotation which is simple to implement and does not suffer from the limitations of a sliding mesh approach, at the region where the tyre meets the ground. The method is first evaluated on a single wheel that is free standing and the results are compared to a full sliding mesh computation, which is considered to be the best possible numerical solution. The technique is then implemented on a complete vehicle model simulation and the results are compared against wind tunnel force measurements. The good agreement obtained in these test cases shows that the proposed approach is a promising solution to a more accurate numerical simulation of rotating wheels.
MRFg, wheel aerodynamics, rotation modelling
Författare
Teddy Hobeika
Chalmers, Mekanik och maritima vetenskaper, Fordonsteknik och autonoma system
Simone Sebben
Chalmers, Mekanik och maritima vetenskaper, Fordonsteknik och autonoma system
Journal of Wind Engineering and Industrial Aerodynamics
0167-6105 (ISSN)
Vol. 174 241-251
Ämneskategorier
Meteorologi och atmosfärforskning
Strömningsmekanik och akustik
DOI
10.1016/j.jweia.2018.01.005


text:
One of the things we'll often try to do is reduce the number of database queries. In Django, this is most often done by using the
select_related queryset method, which does a join to the related objects, thus returning the data from those, and then automatically creates the instances for those objects.
This works great if you have a foreign key relationship (for instance, you are fetching Employee objects, and you also want to fetch the Company for which they work).
Tt does not work if you are following the reverse of a foreign key, or a many-to-many relation. You can't
select_related to get all of the employee's locations at which she can work, for instance. In order to get around this, Django also provides a
prefetch_related queryset method, that will do a second query and fetch all of the related objects for all of the objects in the initial queryset. This is evaluated at the same time as the initial queryset, so works pretty well during pagination, for example.
But, we don't always want all of the objects: sometimes we might only want the most recent related object. Perhaps we have a queryset of Employee objects, and we want their most recent EmploymentPeriod. If we just want one field from that object (their start date, for instance), then we can do that using a subquery:
employment_start = EmploymentPeriod.objects.filter( employee=OuterRef('pk'), ).order_by('-start').values('start')[:1] employees = Employee.objects.filter( company=company, ).annotate( start_date=Subquery(employment_start) )
We can go a little bit further, and limit to only those currently employed (that is, they have no termination date, or their termination date is in the future).
employment_start = EmploymentPeriod.objects.filter( employee=OuterRef('pk'), ).filter( models.Q(finish__isnull=True) | models.Q(finish__gte=datetime.date.today()) ).order_by('-start').values('start')[:1] employees = Employee.objects.filter( company=company, ).filter( # New Django 3.0 feature alert! Exists(employment_start) ).annotate( start_date=Subquery(employment_start) )
We could rewrite this to remove the OR, perhaps by using a DateRange annotation and using an overlap: but we'd want to ensure there was an index on the table that postgres would be able to use. Alternatively, if we stored our employment period using a date range instead of a pair of date fields, but that makes some of the other queries around this a bit more complicated.
But this does not help us if we want to get the whole related object. We could try to use a
Prefetch object to obtain this:
Employee.objects.filter( company=company, ).prefetch(models.Prefetch( 'employment_periods', queryset=EmploymentPeriod.objects.order_by('-start')[:1], to_attr='current_employment_periods', ))
But this will not work: because the filtering to the employee's own employment periods is not applied until after the slice. We could do the ordering, and then just select the first one as the current employment period, but we would then still be returning a bunch of objects when we only need at most one.
It would be excellent if we could force django to join to a subquery (because then we could use
select_related), however that's not currently possible (or likely in the short term). Instead, we can turn our
EmploymentPeriod into a JSON object in tha database, and then turn that JSON object into an instance of our target model.
class ToJSONB(Subquery): template = '(SELECT to_jsonb("row") FROM (%(subquery)s) "row")' output_field = JSONField() current_employment_period = EmploymentPeriod.objects.filter( employee=OuterRef('pk') ).order_by('-start')[:1] employees = Employee.objects.filter( company=company ).annotate( current_employment_period=ToJSONB(current_employment_period) )
This gets us part of the way, as it turns our employment period into a JSON object. Let's try turning that JSON object into an instance:
class EmployeeQuerySet(models.query.QuerySet): def with_current_employment_period(self): current_employment_period = EmploymentPeriod.objects.filter( employee=OuterRef('pk') ).order_by('-start')[:1] return self.annotate( current_employment_period=ToJSONB(current_employment_period) ) class Employee(models.Model): # field definitions... objects = EmployeeQuerySet.as_manager() _USER_ def current_employment_period(self): return getattr(self, '_current_employment_period', None) _USER_.setter def current_employment_period(self, value): if value: self._current_employment_period = EmploymentPeriod(**value)
And now we can query and include the current employment period (as an instance), without having to have an extra query:
>>> Employee.objects.with_current_employment_period().current_employment_period
To improve this further, we could allow assigning an
EmploymentPeriod object to the value (instead of just the dict), and if that is the case, we could write that value to the database, but that's probably going to play havoc with constraints that would prevent overlaps.


text:
The world of Managed Service Providers (MSPs) is evolving rapidly, with increasing demands for efficiency, scalability, and innovation. In this dynamic environment, the role of a Virtual System Architect (VSA) is becoming increasingly critical. But what exactly is a VSA, and how can they transform the operations of an MSP? Let's dive in.
What is a Virtual System Architect (VSA)?
A Virtual System Architect (VSA) is a specialized role that goes beyond the traditional scope of a virtual assistant. VSAs are experts in designing, optimizing, and maintaining efficient systems for businesses. Here's what sets them apart:
- Advanced Skills and Expertise: Unlike standard virtual assistants, VSAs possess advanced knowledge in system architecture. They are adept in creating and managing digital systems that streamline and automate business processes.
- Focus on Optimization: VSAs analyze existing workflows and processes to identify bottlenecks and inefficiencies. Their primary goal is to design solutions that optimize these processes, resulting in increased productivity and efficiency.
- Technical Proficiency: VSAs are well-versed in various technical tools and platforms, enabling them to implement and manage complex systems. They often handle tasks that require a higher level of technical expertise, such as database management, software integrations, and process automation.
- Customized Solutions: Each VSA tailors their approach to the unique needs of a business. They understand that each organization has its own set of challenges and goals, and they work closely with clients to develop bespoke solutions.
- Long-Term Strategic Planning: VSAs think beyond immediate fixes. They are involved in long-term strategic planning, ensuring that the systems they develop are scalable and adaptable to future business changes.
By integrating a VSA into their team, businesses, especially Managed Service Providers (MSPs), can expect a significant transformation in their operational efficiency and overall system management. A VSA's role is pivotal in enabling organizations to stay agile and competitive in a rapidly evolving digital landscape.
Why MSPs Need Virtual System Architects
Managed Service Providers (MSPs) operate in a fast-paced, technology-driven environment where efficiency and system optimization are key to success. This is where Virtual System Architects (VSAs) become invaluable.
- Enhanced Efficiency and Productivity: VSAs specialize in streamlining processes, allowing MSPs to operate more efficiently. By automating routine tasks and optimizing workflows, VSAs enable MSPs to focus on core business activities and strategic growth.
- Cost-Effective Solution: Hiring a VSA is a cost-effective alternative to employing full-time system architects or IT specialists. VSAs offer the expertise without the overhead costs associated with full-time employees, providing MSPs with a flexible and scalable solution.
- Technical Expertise and Support: MSPs often handle complex technical infrastructures. VSAs bring in the necessary technical know-how to manage and optimize these systems, ensuring they run smoothly and are up-to-date.
- Customized System Solutions: Every MSP has unique needs and challenges. VSAs understand this and work closely with MSPs to develop customized solutions that meet their specific requirements, ensuring that the systems not only function efficiently but also align with the MSP's business objectives.
- Scalability and Growth: As MSPs grow, their systems need to scale accordingly. VSAs play a crucial role in ensuring that the infrastructure can handle this growth, adapting and scaling systems as needed.
- Proactive Problem-Solving: VSAs don't just respond to issues; they anticipate and mitigate them. Their proactive approach in system management means fewer disruptions and downtime for MSPs.
In summary, Virtual System Architects are the backbone of efficient, scalable, and technically sound operations for MSPs. They bring a blend of expertise, cost-effectiveness, and tailored solutions, making them an essential component in the growth and success of any Managed Service Provider.
The Pro Sulum Difference
Pro Sulum distinguishes itself in the virtual assistant market, particularly for Managed Service Providers (MSPs), with unique offerings:
- Focused Specialization: Pro Sulum's Virtual System Architects (VSAs) undergo targeted training in system architecture and process optimization. This specialized skill set elevates them beyond typical virtual assistants, enabling them to manage complex tasks and contribute strategically.
- Seamless Team Integration: A key Pro Sulum philosophy is the seamless integration of VSAs into client teams. This ensures that VSAs collaborate effectively with existing staff, enhancing productivity and teamwork.
- High Retention and Quality Assurance: Pro Sulum prides itself on high retention rates, reflecting the satisfaction and quality of their VSAs. This stability is crucial for fostering long-term, effective client relationships.
- Tailored Client-VSA Matching: Pro Sulum's approach to matching clients with VSAs is meticulous, considering factors like specific needs, business objectives, and preferred working hours to ensure optimal compatibility and productivity.
- Client-Centered Onboarding: The onboarding process at Pro Sulum is designed with the client's needs at the forefront, ensuring smooth transitions and sustained support for both clients and VSAs.
In essence, Pro Sulum's approach is about delivering tailored expertise and efficiency, making it a top choice for MSPs seeking comprehensive system management and process optimization solutions.
The integration of a Virtual System Architect from Pro Sulum can be a transformative step for Managed Service Providers. With specialized skills in system architecture and a focus on process optimization, VSAs offer more than just administrative support. They are pivotal in streamlining operations, enhancing efficiency, and contributing to strategic growth. By choosing Pro Sulum, MSPs can access a unique blend of expertise, tailored solutions, and a partnership designed for long-term success.
Enhance Your MSP's Efficiency: Discover the Impact of a Virtual System Architect
Ready to elevate your Managed Service Provider's operational efficiency? Learn how a Virtual System Architect can transform your business processes. Dive into the world of streamlined workflows and strategic growth with Pro Sulum. Explore the Possibilities and see the difference a VSA can make.


text:
Environmental Assessment / Formal Process
According to the Environmental Assessment Branch in Halifax, this is what the Environmental Assessment is supposed to be:
- Environmental Assessment (EA) is a planning and decision making tool
used to provide sustainable development by protecting and conserving the environment.
- It is an information gathering process used to identify and assess the potential environmental effects of undertakings prior to their development.
- It is also a process that provides the public with an opportunity to contribute to the decision making process.
The Environmental Assessment follows a regulated process consisting of a Pre-registration Phase and a Registration Process.
- The Pre-Registration phase is also called information gathering process. This phase takes one year and more. The proponent collects information and shares it with the Environmental Assessment Branch as well as with the local Department of Environment for review by sending Draft Reports before receiving their final "ok" to register the undertaking with a Final Report. At this point of "pre-approval" the public has not been involved.
- The Final Report must be registered at the Environmental Assessment Branch in order to start the formal EA Registration Process:
The EA Registration process must be completed over a 50 day period after registration. A 30 day period for Public Comments starts with the registration of the Final Report. A decision by the Minister of the Environment marks the end of the 50 day period.
The formal EA Registration process for Alva's quarry extension project in Georgeville with dates and documents can be found below:
Link to EA Branch website with all above documents: _URL_
Incorrect information has been provided by Alva Construction with their registration documents (application). This means wrong input was given before the decision was made by the Minister. Involved government authorities failed to do their job and correct this information. This resulted in an ill-informed (instead of well-informed) and therefore unbalanced / unfair decision by the Minister. Here is what went wrong:
- Wrong input re production levels and truck traffic: False information was provided by the proponent with the EA Registration documents (application) in regards to production levels and truck traffic. Instead of correcting this "mistake", government authorities in charge of this process officially disbursed this false information to other departments, authorities and the General Public. They continued to do so after they were given notification of their mistake and they haven't admitted to any wrongdoing to date.
- Wrong input re neighboring land use: False information was provided by the proponent with the EA Registration documents (application) in regards to the neighboring land use. While Alva describes other quarries in the near vicinity of their project site - there are none. The application also describes low residential development in the area while it misses to mention an adjacent residential development with 13 lots and more than 40 additional residential properties in waterfront and water view subdivisions within less than 1 km radius.
- Wrong input re Public Involvement: False information was provided by the proponent with the EA Registration documents (application) in regards to involvement of stakeholders. Alva states that stakeholders had been informed about the extension project many months prior to their application. This was simply not the case - nor was the general public informed at any time prior to that point.
- Flawed process. While the law requires that proponents have to inform the public during the pre-registration phase about a proposed quarry extension project exceeding an area of 4 ha, the Environment Assessment Branch allows proponents to exclude the public from this most important information gathering process.
The law requires an "early involvement" of the public during the pre-registration phase. The Environmental Assessment process as practiced in Nova Scotia today allows the proponent to exclude the public from this most important information gathering process.
The practice has changed after a large quarry extension project was rejected in 2007 in Digby Neck due to public concerns. Stantec Inc. who prepares most EA registrations as environmental consulting company for proponents' writes a standardized phrase in almost all EA Registrations after 2007 saying that information bulletins have been sent to stakeholders within a certain radius and as a result of that no comments have been received.
It is unimaginable that information bulletins had really been sent out after 2007 when no comments of stakeholders had been received since then. It is "hard to swallow" that government authorities allowed this to happen since 2007 without consequences for proponents. Worse: When government officials were notified by stakeholders that - contrary to what was said in the registration documents - information bulletins had not been sent by the proponent, they replied that they wouldn't know whom to believe.
The EA Branch and people in charge of this process did not stay neutral. They didn't take concerns of the public seriously - instead they've acted as advocates of the proponent all the way through this process.
Conflict free decision opportunity was on the table, but missed:
Representatives of Alva Construction communicated consistently through the media such as newspapers (Chronicle Herald, The Casket), radio (the Hawk, and CJFX Antigonish) and TV (CBC news) as well as to the general public (Northumberland Fire Hall meeting) and government representatives (Councilor Mary MacLellan,
Director of DOE Paul Keats, Manager of the Environmental Branch in Halifax,
Peter Geddes) that they will keep production levels and truck traffic where they
have been in the past.
Residents of the affected area have expressed numerous times and in many submissions that they could live with the status quo in regards to production levels and truck traffic. This was confirmed by a
Community Health Impact Assessment,
which was provided to the Minister before the approval was issued.
A conflict free decision could have been easily achieved at this point by simply restricting production levels and truck traffic to the status quo. The Minister missed this opportunity and the opportunity to impose an alternate dispute mechanism which the law allows. Instead he provided Alva or whoever may own the quarry in the future, with a carte blanche allowing an increase in production levels and truck traffic far beyond 1,000%.
Wrong input (incorrect information) and a flawed process can only result in wrong output (ill-informed decision).
The Minister approved Alva's quarry extension project based on wrong information and therefore failed to put adequate restrictions - such as limitation on size and production levels - in place.
Had the public been informed during the information gathering process (pre-registration phase) wrong information could have been corrected before providing the proponent with green lights to register for EA (= "pre-approval") resulting in a well informed and potentially conflict free decision.
Our Ask (solution):
We are asking the Minister to require ALVA Construction, to maintain their production level per the status quo, as practised today and over the past ten years and limit the EA approval to land excluded by the 800 meter blasting setback.


text: © 2020 Elsevier LtdThe recycling of agricultural wastes in cementitious products has recently been a trendy approach for the sustainability goals of the world as it ensures economic and ecological advantages in addition to the safe disposal of these wastes. In this regard, the potentiality of a biomass ash obtained from the incineration of pistachio shell to serve as a supplementary cementitious material is documented in the present study. An increase of up to 30% in the amount of pistachio shell ash resulted in the proportional increase of both water requirement and setting time of the ordinary Portland cement by up to 54% and 300%, respectively. The incorporation of up to 20% pistachio shell ash into the cement yielded specimens of comparable or higher compressive strength values relatively varying between 98% and 117% at the 28 days and later curing ages. Beside the cementitious property, it was observed that a presence of graphitic structures in the pistachio shell ash remarkably improved the mechanical and the microstructural properties of cement mortars. In conclusion, at least 10% incorporation of this ash into the cement is highly recommended for the cement industry as it is beneficial in achieving the highest ultimate (400-day) compressive strength and promotes no loss on the early (2-day) compressive strength.


NextPrevUpTopContentsIndex Root and Patterns searches
A Root and Patterns search is used to search for a particular regexp in all files whose names match one or more patterns within a directory. Enter the regexp in the Regexp Search String box, the starting directory in the Root Directory box, and a set of filename patterns in the Pattern List box.
You can press Up or Down in the Root Directory box to complete physical directory components, as described in Completion.
Figure 16.2 A Roots and Patterns search
You can search subdirectories by including directory components (including wild components) in the the Pattern List box.
Multiple filename patterns can be entered, separated by semicolons. Spaces before and after each pattern are ignored. Each filename pattern should be a complete filename and can use the following syntax to make it match multiple files:
Here are some examples of pattern lists:
images/*.* ; icons/*.* {images,icons}/*.*
Both of these patterns match all files in the root /images and the root /icons directories.
**/{images,icons}/sunrise.{bmp,jpg,jpeg} **/images/sunrise.{bmp,jpg,jpeg} ; **/icons/sunrise.{bmp,jpg,jpeg}
Both of these patterns match all files with the name sunrise.bmp, sunrise.jpg or sunrise.jpeg in a directory named icons or images, anywhere in the root directory.
{maj,min}or-events/{*-name,date}/*.txt major-events/{*-name,date}/.txt ; minor-events/{*-name,date}/.txt {maj,min}or-events/date/*.txt ; {maj,min}or-events/*-name/*.txt
Each of these three patterns matches all.txt files which are in a directory date or a directory that ends with -name in the major-events or minor-events directories.
Check Case sensitive to make the search match only the case of letters exactly as entered, as illustrated above.
LispWorks IDE User Guide (Windows version) - 22 Dec 2009


injuries can disturb a person's osmotic balance. This formula dictates the amount of Lactated Ringer's solution to deliver in the first twenty four hours after time of injury. This formula excludes first and most second degree burns. Half of the fluid should be given in the first eight hours post injury and the rest in the subsequent sixteen hours. The formula is a guide only and infusions must be tailored to urine output and central venous pressure. Inadequate fluid resuscitation causes renal failure and death.
See alsoEdit
ReferencesEdit
 1. Burns MedlinePlus Accessed February 25, 2008
 2. Burns Topic Overview WebMD Accessed February 27, 2008
 3. Burn Emergencies Phoenix.gov Accessed February 24, 2008
 4. A review of the complications of burns, their origin and importance for illness and death - Abstract J Trauma. 1979 May;19(5):358-69. Accessed February 27, 2008
 5. Burn Degrees Lifespan.com Accessed February 24, 2008
 6. Chemical Burn Causes emedicine Health Accessed February 24, 2008
 7. Chemical Burn Causes eMedicine Accessed February 24, 2008
 8. Hydrofluoric Acid Burns emedicine Accessed February 24, 2008
 9. Electrical Burns: First Aid Mayo Clinic Accessed February 24, 2008
 10. Scald and Burn Care, Public Education City of Rochester Hills Accessed February 24, 2008
 11. Minor Burns quickcare.org Accessed February 25, 2008
External linksEdit
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text:
The Children and Youth in Broadcasting, Curious Minds Ghana which aims at promoting
the development of young people through meaningful engagements interacted with
youth and health officers from different institutions on health data governance in
Ghana. This event was in Tamale in the Northern Region, and as part of the global
commemoration of Digital Health Week which was from 10th - 16th October 2022.
The workshop and colloquium organised to provide more insights into the digital health
agenda for all, brought together youth advocates from various CSOs, students, data
and information managers, and health professionals, among others.
In a presentation by Michael Tetteh Doku who is the project colead in this
engagement, it was emphasised that as health systems get more digitised, there is the
need for a standardised framework which countries can comply with, right at the
global front. That is to say, a global health data framework is needed to govern the
digital health system across the different countries, especially those that are member
States of the World Health Organisation.
He further presented the three objectives of the digital health principles which included;
- Protecting people. Thus, protecting individuals and communities to build trust in
data systems and to also ensure data security.
- Prioritise equity, which is to promote equitable benefits from health data,
establish data rights and ownership as well as
- Promote health value by facilitating innovation in the process of using health
Meanwhile, participants in group discussions and presentations expressed their worries
with regards to their health data and its governance at the various health facilities in
the region and other parts of the country based on the experiences they have had.
One of the statements in the presentations was that "we give out a lot of information
without knowing where it ends and are concerned because people are easily
stigmatised in the kind of cultural environment we are in". While others made it clear in
their submissions that they mostly do not have access to their own data after they have
been collected and sometimes, have little to no idea of the conditions they are diagnosed with.
Further interactions revealed that participants cared about their health data especially,
who is collecting it, the means of collection and why it is being collected, after they
have received the services they require because the urgent need for healthcare in
many severe instances becomes much more important than anything else. Some of the
worrying experiences was how certain clients do not get any access to their data to
know what their conditions are after gaining consciousness in the process of service
A health information officer that participated in the workshop however clarified that,
the information provided by the clients in the health facilities often ends with the
facilities but have different departments collecting and storing or securing. Therefore,
individuals can be sure of who is keeping the data but with issues of cyber security and
crime, the systems are not so robust to ensure absolute safety and protection of
patients and their data because some providers and personnel responsible for the
security of the data end up breaching the ethics. Aside from that, he explained that the
Ghana Health Service has some systems in place to keep the data collected in the
public facilities but that differs from the softwares and systems used by the private
In the quest to improve the health data governance because digital health is
becoming the norm of the day, participants in the workshop suggested that the dignity
of clients must be a priority to avoid subjecting anyone to stigma because of conditions
society term as shameful.
Also, agreeing that once the information is given out, there is not much control over it,
they require that some level of ownership is given to them in a form of seeking consent if
the health data would be used and should mostly be disclosed without the individual's
The colloquium and workshop also saw the young people from the different institutions
as advocates agreeing to a youth statement that calls on the Minister of Health to
advocate for the country to sign onto the draft Member State Letter, to be submitted to
the WHO in requesting the Board for the inclusion of health data governance and
proposed health data governance resolution, on the agenda of the Executive Board Meeting in January 2023 and the World Health Assembly in May 2023.


text:
The HMS Intrepid was a cruiser tasked with the exploration of the Hydra sector. When it exited drivespace in an unexplored system, It encountered a hostile fleet consisting of at least one cruiser, two frigates and unknown number of smaller craft. In the battle that followed, the Intrepid managed to severely damage one of the frigates and destroy several of the smaller craft, but suffered a large amount of damage itself. Enemy fire had disabled the ship's spike drive, and had caused hull breaches across the ship. One such hull breach occurred on the bridge, causing several members of the crew, including the Intrepid's commanding officer Captain Black, to be ejected into space.
Realizing the Intrepid wasn't going to survive, acting commander Monroe, in a last act of defiance, rerouted all available power to the engines. The resulting burst of speed allowed the Intrepid to ram the enemy cruiser, destroying them both.
The only known survivor from this ship is Cooper, a consultant hired to assist with the ship's navigation.
Main crew Edit
Commanding officer: Captain Black
Comms officer: Lieutenant Rolf Taggart
Gunnery officer: Lieutenant Benjamin Monroe
Medical officer: Doctor Garrack
Chief Engineer: Bill
Additional crew Edit
Cooper - consultant.
- Spike Drive - Rating 6
- Docking facilities at least the following ships:
- DSRV-1 - A frigate
- DSRV-2 - A frigate
Weapons systems Edit
- MAS Cannon - Spinal mounted railgun. Fires Iron/Tungsten projectiles.
- Mag Spike Array - Primarily an anti-fighter weapon.


text:
The students of the University of Wrocław pursue their passions in 170 student organisations, artistic or sports teams and scientific clubs. Each year the Student Research Groups and Organisations' Fair gets underway at the University of Wrocław. It's a perfect opportunity to watch fascinating experiments and presentations, talk to young scientists and scholars, get to know their everyday work – and see which degree programme would be worth pursuing. Many of our student research groups are open for new members. If you'd like to creatively spend your free time, pick one of them – and start acting. By joining a society, you can meet people with similar interests, outlooks, cultures or backgrounds.
Societies can be related to:
- a course or subject area, such as a Law Society or Spanish Society
- an interest, such as a Film Society or Rock Music Society
- a religion or culture, such as a Christian Union or Islamic Society
- an identity, such as an LGBTQ+ Society
- something else – you can start one of your own!


アトラシアン コミュニティをご利用ください。
When you attempt to sort issues by Rank using the Issue Navigator, the issues do not appear to be sorted numerically. Users sometimes expect that issues will appear ordered by the Rank field, in consecutive order from 1 to the number of ranked issues.
In JIRA Agile 5.8 and later, ranking is based on a custom field called 'Rank' (of type Global Rank). Note that you can have multiple fields of type Global Rank, if you wish. Each Global Rank field is a linked list that contains every issue in JIRA in order (from highest rank to lowest rank).
The 'value' of a Global Rank field for an issue is not meaningful, though by co-incidence it contains the absolute index inside the linked list of issues in the system. The user is not meant to view this field (it is not shown on the View Issue screen or the Issue Navigator by default) because the absolute number does not mean anything except when compared to other issues in the search results. For example, the ranks in a system might look like the following:
If the user searched inside project PRO and ordered by the rank field they would get the correct order of issues (PRO-1, PRO-2, PRO-8, PRO-13) but would be confused by the numbers (2, 4, 6, 7). The fact that there are gaps is irrelevant because they probably do not care about TST at all. The end summary:
 - If you query issues with "order by rank asc" you will get the correct order of issues by rank.
 - The numbers shown (ie. the value of the Rank field) will often not be sequential, but their order is correct.
 - The exception to the above is that sub-tasks are ranked independently.
 - If you queried every issue in the system and ordered by Rank, then the rank field would begin at 1 and increase consecutively except for subtasks.
Special Note About Sub-Tasks
While sub-tasks are included in the global rank linked list, they are ranked first by their parent then by their own rank. Thus the logic for comparing two issues during a "sort by rank" is:
 1. If issue is a parent issue, compare index.
 2. If issue is a subtask,
 1. First compare parent index, return higher (if not subtasks of the same parent).
 2. Then compare subtask index (if the other issue is also a subtask of the same issue).
This means that subtasks are always ranked immediately next to their parent regardless of the absolute ranking index value. As a result, a search of all issues in a system with something like "order by rank asc" would correctly return the ordered list of issues but the rank value would only be consecutive for non sub-tasks (except for gaps where the sub-tasks consume index values). Here's an example:
4PRO-8 / PRO-16
6PRO-8 / PRO-19
9PRO-1 / PRO-4
If you searched only for project PRO with "order by rank asc" you would get PRO-8, PRO-16, PRO-19, PRO-4, PRO-1, PRO-4. The 'rank' values would be 1, 4, 6, 3, 7, 9.
最終更新日 2013 年 8 月 26 日
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text:
The Stanislaus Regional Water Authority (SRWA) is a Joint Powers Authority (JPA), which includes the California Cities of Ceres and Turlock (Cities). Currently, the Cities rely on groundwater as their only source of drinking water supply. The State of California has identified the Turlock Groundwater Subbasin as a high priority basin under the Sustainable Groundwater Management Act. Reliance on groundwater as a single source of supply is not sustainable and has become less reliable due to both the decline in water quality and the increasing number of regulated contaminants. For this reason, the SRWA has been evaluating water supply options to provide a diversified and sustainable water supply portfolio to the current and future residential and industrial customers in both Cities.
In partnership with Turlock Irrigation District (TID), SRWA has identified the Tuolumne River as a surface water supply that can be used in conjunction with the Cities groundwater systems to provide a long-term, reliable drinking water supply for both Cities. The project to divert, treat and deliver drinking water to the Cities is known as the Regional Surface Water Supply Project (Project). This Project provides a diversified regional water supply, allows for drought water management, improves water quality, and helps to replenish groundwater supplies. The Project is currently in the design and construction phases and is scheduled to be delivering water to the Cities in mid-2023. For the latest information on the Project, click here.
In February 2023 SRWA successfully secured a grant agreement for $5 million through the Proposition 50 Chapter 6C program for Drinking Water Disinfection Projects using UV Technology and Ozone Treatment. The awarded funds do not require a cost share and will be utilized for the Surface Water Supply Project's Ozone Treatment facility portion of the Water Treatment Plant. This grant funding will help offset rate impacts on customers and improve delivered water quality, reduce reliance on groundwater supply and improve water supply reliability and sustainability for all areas served by SRWA.
24-hour Construction Information:
Press & Media
For more Media Coverage, visit our About Page.
As a partner in the Regional Surface Water Supply Project, the City of Ceres is leading the integration of the new surface water supply into its existing water distribution system. To learn more, please visit their website at _URL_
The City of Turlock is also a proud partner in the Regional Surface Water Supply Project and is working with SRWA on integration of the new surface water supply into its existing water distribution system. Learn more at _URL_


text:
GBRC Surveys and Recording Projects
Our main purpose is to document the biodiversity of the Bailiwick of Guernsey.
Recording our wildlife, maintaining our database and mapping the distribution of our wildlife helps us to track the changing nature of our islands, helps monitor climate change impacts, invasive species and the health of native species.
It also helps us inform and educate people. We want to encourage everyone to learn about our islands and enjoy nature and wildlife.
Long-term monitoring is essential to effective environmental policy. As part of this, we can identify gaps in our knowledge and records and this is where the importance of dedicated projects come in. Frequently it is an independent amateur naturalist who notices an area that needs further study.
We have several projects we either run, or are highly involved with. You can explore our projects by clicking on the title to the right (or above on mobile).
Red Data Book
A Red Data Book is a document established for documenting rare and endangered species of animals, plants and fungi as well as some local sub-species that exist within the territory of the state or country.
Here we present Guernsey's first Red Data Book which is culmination of many years of hard work on the part of previous GBRC Managers, Dr Charles David, Jane Gilmour and Bridget Ozanne.
Caveat: By its very nature a Red Data Book is an ongoing, living document. The absence of a species from the book does not mean that species is not present or not at risk.
You can download a copy from our Resources Page
If you are a naturalist who is interested in being involved in this project please contact us.


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Say $X \to Y$ is a surjective map of algebraic varieties, and $Z \subset Y$ is nonreduced. Then is the preimage $Z \times_Y X$ also nonreduced?
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2 Answers 2
up vote 8 down vote accepted
In Allen's notation, take:
$R = k[t]$, $X = \operatorname{Spec} R$
$S = k[x,y]/(y^2 - x^2(x-1) )$, $Y= \operatorname{Spec} S$.
with the map defined by:
$y = t(t^2+1)$
$I=(x)$, $Z = \operatorname {Spec} S/I$.
$S/I$ contains a nilpotent, $y$ so $Z$ is non-reduced. $X \to Y$ is a surjective map of varieties. $X \times_Y Z = \operatorname {Spec} R/RI = \operatorname{Spec} k[t]/(t^2+1)$, which is reduced.
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This is local, of course. So $R \leftarrow S : \phi$ is an injection of domains, and $I \leq S$ is a nonradical ideal; is $R \phi(I)$ a nonradical ideal of $R$?
Say $s$ descends to a nonzero nilpotent of $S/I$. Then $\phi(s)$ will likewise be nilpotent in $R / R\phi(I)$, and the injectivity says it will be nonzero.
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What about $C[x] \leftarrow C[x^2, x^3]: \phi$, the ideal $I = (x^2)C[x^2, x^3]$, and $s = x^3$? – Vivek Shende Jul 22 '13 at 1:07
In fact, this is not true for every injection of domains! Let $R= k[x,y]$, $S = k[x,xy]$, $I= (x, x^2y^2)$. One needs at least to use the fact that the map is a surjection, not just an epimorphism. – Will Sawin Jul 22 '13 at 2:21
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The highly complex steps in the mountain carving process at Crazy Horse can be summed up in relatively simple terms. We are making a very large duplicate of Korczak's sculpture to tell the story of North American Indian cultures. That artwork depicts the Lakota warrior, Crazy Horse, seated on his horse and pointing over the horse's head as he says, "My lands are where my dead lie buried." In order to convey that powerful story on a monumental scale on the mountain we follow three basic steps: 1) measure Korczak's model; 2) measure the mountain; 3) remove all the rock that doesn't fit! In reality each of these steps gets quite complex and requires the use of powerful tools and techniques, but the guiding principles remain quite simple.
The members of the Crazy Horse mountain crew are experts in precision blasting, equipment operation and engineering. They maintain a strong emphasis on safety in all steps of the operation and are proud to have an outstanding safety record. Here's a little closer look at each of the meticulously detailed steps this team carries out to carve the mountain:
Measuring systems have evolved steadily during the 60-year history of the mountain carving. Korczak relied on artistic estimates and his incredibly practiced eye and natural feel for dimensions and scale. After his death, his family and the mountain crew developed a mechanical pointing system to measure the 1/34th scale model of Crazy Horse's face. After completion of the face, we designed and built another mechanical pointing system to measure the 1/300th scale model of the entire carving. More recently laser scanning methods have been used to measure the 1/34th scale model and just in the past year brand new technology has been used to measure the 1/300th scale model with a laser scanning arm. Monique Ziolkowski is currently working to build a 1/60th scale model that will combine the artistic elements of Korczak's story with dimensions and geologic details from the mountain. Some combination of mechanical pointing systems and laser scanning technology will likely be used to measure this model when it is complete.
Korczak used a combination of his artistic eye, tape measures and a beautiful old theodolite (survey instrument) to determine the basic location of his model within the mountain and begin the process of removing excess rock. A 60-foot long measuring boom was fixed to the top of Crazy Horse's head in 1987 to direct the work on the face. A plumb bob suspended from that measuring boom was used to transfer numbers from the pointing system on the 1/34th model of Crazy Horse's face.
When work moved beyond the face in 1998, a survey control system was developed and a modern survey instrument was used to measure the entire mountain. This instrument, known as a total station, measures very precise angles and distances from known control points to calculate 3 dimensional coordinates for any point on the mountain. It uses an infrared beam reflected from a hand held prism to measure distances up to several thousand feet with accuracy to the nearest 1/1000th of a foot. Measurements from Korczak's models are transferred to the mountain using this same instrument and survey control system.
Laser scanning equipment has been used to measure the entire mountain on several occasions over the past 10 years. These instruments work on the same principle as the total station to measure angles and distances from known control points to points of interest on the rock. They use a laser beam reflected from the rock to measure the distances without need of a prism at each point. This allows for measuring huge numbers of points very quickly and accurately to build 'digital models' of the mountain in our engineering computers.
The next step in measuring on the mountain will be to apply the best possible methods to measure the geologic structure of the mountain in addition to the basic geometry of the mountain. This information becomes critical in refining the shape of the models and in planning for long term stability of the memorial.
Rock is removed from the mountain primarily with explosives. Again this complex process can be summed up in basic steps: Drill precisely placed holes in the granite; load explosives in the holes; time the detonation sequence of those explosives; push the blasted rock (known as 'muck' in the mining industry) off the mountain with heavy equipment and finally remove the last layer of rock in the finishing stage. All blasts at Crazy Horse are designed, drilled and executed to protect the rock that is left after the blast. This is the opposite of most blasting operations, where the main concern is the final size and location of the material being blasted away. The mountain crew prepares most blasts using a system that explosives engineers call "pre-splitting." It is similar to perforating a piece of paper to allow it to tear evenly. The rock to be removed is drilled on all sides with a series of parallel drill holes. Explosives are detonated throughout the entire length of each of the drill holes, cleanly removing the desired rock while leaving the remaining rock undamaged. Here's a more detailed look at each of the steps in the rock removal process:
Equipment has evolved from Korczak's use of a single-jack (sledge hammer and hand steel) to drill the holes for the first blast on the mountain. Korczak quickly advanced to pneumatic jack hammer drills powered by 'Buda', the ancient air compressor which quit frequently during the work day and forced him to make many trips down and back up the 741 steps to the top of the mountain. He then progressed to wagon drills, a larger drifter drill mounted on a D8 Cat and finally air track drills. These machines required less manual labor but still relied on gas or diesel powered air compressors to drive the hammer. The mountain crew did much of the drilling for Crazy Horse's face using hand held rotary hammer drills powered by more modern, efficient electric air compressors. We still drill 1 3/8 inch or 1 5/8 inch holes up to 21 feet deep using these hand drills on rare occasions when the track drills cannot be maneuvered to the drilling site. Hydraulic drills are now the standard and our fleet includes three of these very efficient machines mounted on tracks or rubber tires. Most of our holes are drilled about 20 feet deep using 2 inch diameter carbide steel bits. Our largest machines approach drilling rates up to 10 feet per minute! The next generation of these drills will be faster and more efficient and will have enclosed cabs to better protect the mountain crew from the noise and dust generated in the drilling process.
When most people think of explosives, they imagine dynamite. The primary types of explosives used here at Crazy Horse, however, are not dynamites but detonating cord and small diameter water gel or emulsion based pre-split products. Dynamite is very effective at fragmenting rock, but expends all of its energy in an area equal to the length of the cartridge – a very small portion of the drill hole. Our blasts using detonating cord and pre-split products can be designed to expend the same amount of energy over the entire length of the drill holes. This provides much better control of the explosive energy and does much less damage to the rock that is not removed by the blast. In a typical blast at Crazy Horse up to several hundred drill holes are loaded with the appropriate size of detonating cord or pre-split explosives. After the product is in place the holes are filled with small crushed stone. The stone fills the open space in the hole and better focuses the explosive energy to precisely split the rock.
The typical blast is actually a carefully timed series of smaller blasts spaced only a few milliseconds apart. The vibration and damage caused by the blast can be controlled by limiting the amount of explosive detonated in each section of the blast. The distance to what will be the finished surface of the mountain carving ("final grade") dictates the distance between drill holes and the type and amount of explosive used in each hole. The closer to final grade, the smaller the drill hole spacing and the smaller the explosives charge weight in each hole. Timing between the blast sections is controlled by the blasting caps (detonators). This is another area where advancing technology is making a big difference in our mountain carving operation. Electric blasting caps which are susceptible to premature detonation caused by static or nearby lightning strikes or radio transmissions are no longer used. Our most common method uses non-electric delay detonators fired by sending a spark through long plastic tube or with a highly secure 2-way radio controlled remote initiation system. We have also used the latest technology – a system of electronically controlled, programmable detonators which allow nearly infinite choices in blast timing. We expect systems like this to play a key role in controlling blasts as we work closer to finished grade in the future.
Removing the blasted rock or muck from the mountain is accomplished with heavy equipment. Here again there has been a steady improvement in the type, size and efficiency of the equipment used over the past 60 years. A typical blast today produces 2000 to 3000 tons of rock fragments. These rocks range in size from small gravel up to the occasional 10 ton boulder and most remain on the blasting bench rather than falling off the mountain from the force of the blast. The mountain crew spends 2 or 3 days with a combination of excavators and bulldozers to move this rock off the mountain and clear the way for the drills to prepare the next blast. To lend some perspective to the quantity of rock being handled – the average dump truck on the highway is hauling about 15 tons of material. It would take 200 truck loads to haul away the rock from just one large blast on the mountain!
When the crew returns to finishing work it will be accomplished as it was on Crazy Horse's face by drilling to isolate small blocks of rock (100 to 1,000 pound chunks).


Frac sand washing machine for producing shale oil fracturing proppant | LZZG
Frac sand washing machine for producing shale oil fracturing proppant
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frac sand
What is frac sand
Fractured sand is high-purity quartz sand, with super strong pressure resistance and extremely high roundness. It is made of natural quartz sand through multiple processes and fine processing, and is used in the petroleum industry. Especially in the application of hydraulic fracturing, that is, the high-pressure water pump is used to inject fracturing fluid into the oil and gas reservoir, and the reservoir is crushed to obtain oil and gas resources. Fracturing quartz sand is an indispensable substance. Part of the fracturing quartz sand comes from high-purity quartz sandstone, which is processed through multiple processes such as crushing.
The petroleum proppant enters the formation along with the high-pressure solution to fill the rock fissures, and plays the role of supporting the fissures not to be closed due to stress release, thereby maintaining high conductivity, making the oil and gas smooth, and increasing production. The performance requirements of petroleum proppant: 1. The proppant must have sufficient compressive strength and wear resistance, can withstand the strong pressure and friction during injection, and effectively support artificial cracks. 2. The relative density of proppant particles should be low to facilitate pumping downhole. 3. The proppant particles do not chemically interact with the fracturing fluid and reservoir fluid at a temperature of 200 degrees. The maximum allowable value of acid solubility should be less than 7%.
At present, the commonly used proppants mainly include quartz sand, bauxite ceramsite sand and resin-coated composite particles. Because quartz sand has low cost and low density, it is easy to pump and is widely used. However, quartz sand has a low strength bottom and poor sphericity, which reduces fracture conductivity and is not suitable for deep wells with high closed pressure.
screw frac sand washing screening machine
This frac sand production line include stone crusher, screw sand washer, sludge thickener, filter press, blet conveyor, VSI sand making machine.
Frac sand project has annual production capacity of 400,000 tons of oil and gas. The total investment of the project is 100 million yuan, and the designed annual production capacity is 400,000 tons.
The fracturing sand is subjected to soft hydraulic friction cleaning and fine sieving to produce a fracturing sand proppant that meets the needs of oilfield fracturing production, which meets the needs of the unconventional oil and gas exploitation of Mahu Oilfield in Buxel County.
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An Efficient First-Order Horn-Clause Abduction System Based on the ATMS (1991)
This paper presents an algorithm for first-order Horn-clause abduction that uses an ATMS to avoid redundant computation. This algorithm is either more efficient or more general than any other previous abduction algorithm. Since computing all minimal abductive explanations is intractable, we also present a heuristic version of the algorithm that uses beam search to compute a subset of the simplest explanations. We present empirical results on a broad range of abduction problems from text understanding, plan recognition, and device diagnosis which demonstrate that our algorithm is at least an order of magnitude faster than an alternative abduction algorithm that does not use an ATMS.
In Proceedings of the Ninth National Conference on Artificial Intelligence (AAAI-91), pp. 494-499, Anaheim, CA, July 1991.
Raymond J. Mooney Faculty mooney [at] cs utexas edu
Hwee Tou Ng Ph.D. Alumni nght [at] comp nus edu sg


text:
Language Teachers' Opinions on the Usage of Children's Literature Works
Erhan SEN, Turkey, ID LLCE2016-325; Teachers could be a guide to the child readers for literary pleasure, appreciation, or reading habit in language and literature teaching. Their choices on literature works, recommendations on readings, or their chosen form both the child's reading habits and their in-course activities. In this line, the aim of this study is to analyze the Turkish Language Teachers' Opinions on the Usage of Children's Literature Works.
The audio recording data was collected from the Turkish teachers via "semi-structured interviews" basing upon "the Case Study" in Qualitative Research. The sampling consists of 10 teachers (5 female, 5 male). The data analysis was done by the method of content analysis. The following reasons for choosing the sampling are: 1. those taken the children literature courses at undergraduate or graduate degree (first and second degree), 2. Those graduated from any department of the education faculty, 3. Those having at least three-year teaching experience in an educational institution (state or private).
Keywords: Turkish language teaching, the teachers' opinions, children literature, case study, interview.


Seagate WSS NAS - How to Create a Shared Folder
These instructions are for use when the Seagate Windows Server WSS NAS is in a Workgroup or if the Essentials Dashboard has not been configured. Please see the admin guide for information on how to setup and use the WSS NAS as a domain controller and use the Essentials Dashboard.

Instructions for creating a shared folder:
You can create shared folders (also called a "share") on the NAS that you can share across the network to different users and groups. Please follow this procedure to create a share:

 1. Click on the Server Manager icon (Server Manager launch icon) on the bottom left of the Windows screen.

 2. Select File and Storage Services, then Shares.

 3. Right-click in the blank area on the right side and select New Share.

Right-click in blank space and choose the New Share option.
The "New Share Wizard" launches.

 1. For basic setup, select SMB Share - Quick, then Next.
Note: NFS Shares are typically for usage with Linux/Unix-based operating systems and they are always public.

 1. Choose your NAS name in the top list and then choose the volume where you would like to create the Share. Important Note: Do not choose the C: drive.
 2. Select Next.

 3. Enter a share name and a description. In general, leave blank the local path and remote path fields, as they will change based upon the name. Select Next.
Specify share name menu

 1. Choose options for the share, then select Next.
Note: The encrypt option significantly affects the performance of file transfers to and from the share.

 1. Default permissions are shown here at the Share level (SMB) and Folder level (NTFS).

 - The most restrictive permission wins.
 - It is easiest to configure either NTFS or Share, but not both.

 1. To adjust permissions, select Customize permissions.

 2. To Add NTFS permissions, select Add.
You may also remove default or previously set permissions from here.

 1. Choose Select a principal.

 2. Enter the user or group to set up Permissions, then select Check Names.
You can separate names with a semicolon if you want to add more than one.

 1. Select OK when done.

 2. Choose the type of permission.

 3. Choose what the permission applies to (default is folder, subfolders, and files).

 4. Choose basic permissions. Click OK.

 5. To setup Share permissions as well, select the Share tab.
By default, all users have Read access. You can change that from this location. For Everyone click Remove if needed.

 1. To add a user, under the Share tab, click Add.

 2. Click Select a principal.

 3. Enter a Name and click Check Names then click OK.

 4. Select the appropriate permissions such as Full Control and click OK.

 5. Click Apply and OK on the Advanced Security Settings screen once all permissions have been set.

 6. Select Next on the New Share Wizard.

 7. Click Create on the confirmation screen.

 8. Click Close.

Your Share is now created and ready to use.

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Micropython Lesson 4: Reading an Analog Signal
Micropython Lesson 4
Reading an Analog Signal
Control an output from an analog input
Components Required
Buy
Introduction
In this example, you are learning to read an analog sensor.

Learning Outcomes
From this example, you'll get an understanding about,
 - Analog Read
Theory
In the real world most of the signals we encounter are analog signals (temperature, air pressure, velocity), they are continuous. But computers work in the digital domain, to interact between the worlds, representing an analog signal in the digital domain is important. (to read more about analog to digital conversion, follow this link)
Methodology
For this example, we use the potentiometer on the Magicbit board, which is connected to pin, D39. It generates a voltage between 0 and 3.3V according to the angle of the potentiometer.

Magicbit inbuilt potentiometer
We read the analog signal and store it in an int type variable(0v= 0 analog value, 3.3v = 4096 analog value), sensorValue, later, we use this value to light up the red LED(D27) if the analog value exceeds 2048.
Code

from machine import Pin,ADC
LED=Pin(16,Pin.OUT)
adc=ADC(Pin(39))
while True:
 sensorValue=adc.read()
 if sensorValue>2048:
 LED.off()
 else:
 LED.on()
Explanation
adc.read(): this reads and assigns the corresponding analog value to the left.

Activity
Note: Do the same example using the LDR on the board (D36)
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Attorney for Accidents caused by Drunk Drivers
The legal limit for adult blood alcohol is 0.08% in Washington state. Many studies have been done on drunk driving accidents and, in general, it appears that:
- Drunk drivers are more likely to be male than female;
- They're more likely to be younger than older;
- Of the motorcycle riders killed in traffic accidents, about a third of them have blood alcohol greater than 0.08%;
- Of the children killed each year in traffic accidents, about 14% die from alcohol-related accidents;
- About a fifth of road accident deaths involve drugs such as cocaine or marijuana as well as alcohol;
- Most drivers convicted of drunk driving are habitually heavy drinkers or outright alcoholics (alcohol-dependent).
- In 2010, US adults drove impaired about 112 million times.
Drunk Driver Auto Accident Injuries
Whether and how badly you might be injured in a traffic accident depends on many factors:
- Force of the impact
- Direction and location of the impact on your vehicle
- Type of vehicles involved
- Position of your headrest
- Direction you were facing relative to the impact
- Whether you saw the crash coming or not
- Whether you were thrown from your seat at all and hit against the interior of the car
The severity of injury can also be affected by many factors, such as:
- How quickly medical help arrives,
- Whether anybody tries to move you and inadvertently worsens your condition
- Your basic health
- Your age
The most dangerous injuries are those to the head and spinal cord, because injury to the central nervous system can impair such important abilities as sight, speech, memory, movement and sensation. Burn injuries are also very dangerous, as they're slow to heal, tend to leave large scars, and can impair movement and sensation.
At Fuller and Fuller Law Firm, we understand how distressing it can be if you're injured in a drunk driving accident. If you're too injured to come to us, we can go to you. We'll investigate your situation, gather the facts, and fight for your fair compensation. If you've been injured in an accident with a drunk driver in Tacoma, Olympia, Washington, or any of the surrounding communities, contact our auto accident attorneys today for your free initial consultation.
We handle cases involving:


text:
The Impact of Economic Performance on Health in Zimbabwe
"The nexus between economic growth and health outcomes has been extensively studied. However the relationship between the two is not clear. Historically, decline in both infant and child mortality rates, and the fall in both male and female adult mortality rates especially since the turn of the 20th century has been attributed to a multiplicity of factors associated with economic and social advancement. These factors include rising availability of material goods, urbanization, improved infrastructure and housing, rising levels of education, improvement in personal and social hygiene, medical advances, the disappearance of slavery, and other host of significant reductions in discrimination for gender, religious, ethnic groups, etc. This research investigates the relationship between economic performance and health service delivery in Zimbabwe with the investigated causality running from the former to the latter. Thus, the main objective of the study is to investigate the impacts or effects of economic performance on health service delivery in Zimbabwe for the period 1980 to 2009."