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1. Compare and contrast the Ipsos-ASI Next*TV measure with rsc's ARS Persuasion method. 2. In the context of the discussion of single-source data, explain the difference between weight tests and copy tests. Illustrate your understanding of the difference between these two types of tests by designing a hypothetical weight test and then a copy test for the same brand. 3. With reference to Frito-Lay's copy tests in the results reveal that of the 23 commercials tested, only 57 percent of the tests generated significant differences in sales between the split panels tested. Assume that Frito-Lay's results are applicable to television advertising in general. What is your general conclusion from this key finding?
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Talkin' Horses bio picture
 - Welcome to my blog!
 Eileen Shanahan is an animal lover who has rescued several dogs and horses over the years. Eileen has combined her love of animals, especially horses, with her television production skills by creating, producing, and hosting an internet-based "TV" show called "Talkin' Horses". It is an interview-style, demonstrational program that appears on this website and on the Natural Horsemanship channel of the Pegasus Television Network (
 While growing up in Queens, New York, riding buses and subways, Eileen admired horses from afar. As a young girl, Eileen talked with her father often daydreaming about country life. Eileen wanted a farm with a horse. Being the practical man that he was, her dad said, "You will also need chickens, pigs and cows to have a working farm." The eight year-old, demonstrating simple and youthful logic, queried, "Why can't I just have a horse?"
 As life went on, Eileen became increasingly busy with school, sports and college. Her early dreams of having a horse were deferred while she focused her attention on the more immediate goal of getting into the television production business. Years later, Eileen's husband, Jim, introduced her to horseback riding by sharing trail rides in Montauk. In 2001, Eileen decided to get more directly involved in the horse world by taking lessons, learning the basics of dressage.
 Safety has always been of the utmost importance to Eileen. Despite all pre-cautions, during her third lesson, Eileen had a near-death accident. Thankfully, she was wearing a helmet which saved her life. Being a determined and committed athlete, Eileen did get back in the saddle the very same day.
 Though she was enjoying the time with horses at her lessons, it never felt right to Eileen when she heard the instructor yell directions to "kick him harder" and "whip her with the crop". Curious and always asking questions, Eileen wanted to know, "How does the horse know to turn on the forehand?" The instructor replied, "Oh, that's too complicated for you. Only experts can do that. Don't worry about it." Neither of these attitudes jived with Eileen. It seemed unnatural.
 Eileen continued engaging in horseback riding lessons the "normal" way for a couple of years. Then in 2003, Eileen acquired Warrior, a rescue horse who had been passed around. Eileen and Warrior had a great time for about six months, stealing many rides. The previous owner had used "the John Lyons method" with Warrior, whatever that was. After one good toss from Warrior, Eileen decided to find out what this John Lyons thing was all about. There and then, Eileen absolutely fell in love with the concept of Natural Horsemanship and non-resistance training. In addition to the John Lyons method, Eileen has taken lessons with local instructors on Long Island who studied Monty Roberts and Pat Parelli.
 Having a love for horses but not necessarily a knack for being the lead horse, Eileen is on a journey studying and searching how to be a good leader for her horses, hence "Talkin' Horses". Acquiring knowledge from different Natural Horsemen and Horsewomen has given Eileen the information she needed to overcome fear and begin to provide leadership for her horses.
 For more than 25 years, Eileen has been shooting, editing, and producing television programs and commercials for Cablevision. Programs include the Cable Ace Award-winning "Long Island Magazine" as well as the Telly Award-winning "Neighborhood Journal". Additionally, Eileen has won several editing awards. Currently, she is the Area Director for Cablevision's Local Programming.
 Occasionally, throughout her career, Eileen has had on-camera appearances. She did sideline commentary and interviews for the sport program "Long Island Rough Riders" and reported for "Soccer Zone". Eileen appeared as an extra in a movie portraying a television news camerawoman in Fred Carpenter's "Murdered Innocence". Eileen Shanahan recently debuted on the big screen as Override's FBI Agent, Diana Crowley.
 In addition to her love for animals and television production, Eileen loves her country. She is an American who recognizes that freedom is precious, yet, not free. Eileen supports our troops by volunteering as Vice President for the New York Leatherneck Ball, a subsidiary of the Marine Corps Scholarship Foundation (MCSF). The MCSF honors Marines by providing educational scholarships for their children (
Muttontown Horsemen's Association Event
Talkin' Horses went to Muttontown, New York, to capture the sights and sounds of their fun filled horse event.
Why do horses roll in the snow?
Why do horses roll? Rolling when turned out is normal horse grooming and social behavior. Rolling in the snow serves to re-fluff a wet coat to restore maximum insulation.


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Delft University of Technology
Aggressive technology scaling has led to a significant reduction of device reliability. As a consequence Integrated Circuits (ICs) reliability became a major issue and Dynamic Reliability Management (DRM) schemes have been proposed to assure ICs' lifetime reliability. Though, up to date, various aging sensors have been proposed, few of them can provide real quantitative aging measurements. In this paper, the authors propose a direct measuring scheme by using the drain current as aging indicator. They designed a novel on-chip aging sensor able to detect the amalgamated aging effects of ICs caused by joint failure mechanisms.

source: m-a-p/FineFineWeb


text: Anglicanism was brought to the Dominican Republic in 1897 when Benjamin Isaac Wilson migrated from the Virgin Islands. Wilson was a teacher of the Christian faith, and was ordained priest in 1898 by the Bishop of the Independent Haitian Episcopal Church. His primary mission was to serve the English-speaking community in the Dominican Republic. The work of the Episcopal Church began in the Dominican Republic during the occupation of the United States Marine Corps. The Rev. William Wyllie arrived in 1918, and the Rev. Archibald Beer came in 1920. From 1918 until 1960, the supervision of the church was assumed by the Bishops of Puerto Rico and Haiti. In 1940 the General Convention established the Missionary District of the Dominican Republic. The first resident Bishop of the Dominican Republic was the Rt. Rev. Paul Axtell Kellogg, who was consecrated on Mar. 9, 1960. In 1970 it became a missionary diocese, and on Jan. 1, 1986, it became the Diocese of the Dominican Republic.

source: openbmb/Ultra-FineWeb


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Nectar AiR for Emerging Artists 2023
In these uncertain times, a reunion between the city and the countryside may be the key to society's transition towards a more sustainable future.
Located in the midst of nature surrounded by endless forest, Nectar, in collaboration with Espronceda - Institute of Art & Culture & On Mediation_Platform on Curatorship and Research, presents its art residency program offering a community-based living and working experience for local and international emerging artists.
The residency is a unique opportunity to delve into the artistic and creative process enjoying rural environment and a great opportunity to connect with Barcelona's art scene. This residency welcomes multidisciplinary artists and creative practitioners who are challenging the assumptions made about rural life and culture, providing a new vision of the countryside grounded in everyday experience of the rural-urban binary. By pointing out the question of how art and culture can be used as an element to create rural-urban synergies, resident artists are invited to explore and contribute to this pairing.
Nectar is a non-profit cultural organization located in the midst of nature in the off-the-grid 16th-century farmhouse, surrounded by endless forest inside Les Guilleries Natural Park, about 1h and 30min drive north from Barcelona.
In its Artist Residency Program, Nectar will work in collaboration with Espronceda - Institute of Art & Culture and On Mediation_Platform on Curatorship and Research, an initiative of the Research Group Art Globalization Interculturality (AGI) from the University of Barcelona.
The culmination of the residency will be an exhibition at Espronceda exhibition space, one of the most innovative contemporary art center of Barcelona, where the artists will present their works within the frame of Art Nou Festival. The opening will be on July 13th 2023.
The artists will have the chance to present their work in an Open Studio event and gather along with guests and cultural agents from the local art scene, enabling a space of conversation and feed-back. A one-day visit to exhibitions, art spaces, artist's studios or other events in Barcelona will be organized by Nectar's team. During their residency, the artists will have access to Nectar's administrative and human support and to its network with local artistic and cultural community.
The residence is addressed to emerging artists. Artists must submit a project proposal that gives the reader a a clear understanding of their intended work. To apply, applicants must submit one PDF document (up to 10MB) including the following information by using the online application form:
- Project proposal
- Short bio/CV
- Portfolio (Up to 10 images and up to 3 links to videos). Documents can be written either in English or Spanish.
Results will be announced on April 10th, 2023.
Application period: January 26 - April 1 2023.


Home » The App At The Heart Of The FBI's Major Global Phone Sting – Newspot
Law enforcement agencies from three continents on Tuesday revealed a vast FBI-led sting.
Law enforcement agencies from three continents on Tuesday revealed a vast FBI-led sting operation that sold thousands of supposedly encrypted mobile phones to criminal organisations and intercepted their messages for years.
Police accounts and unsealed US court documents, first cited by Vice News, reveal an ambitious worldwide plot that was years in the making.
What is ANOM?
ANOM was billed as a fully secure encrypted mobile phone that promised the user total secrecy in communications.
Essentially it was a jailbroken handset that used a modified operating system — removing any of the normal text, phone or GPS services that would make it trackable and traceable.
On the surface, the device would look like a normal mobile phone, but it contained a "secure" messaging service hidden behind a functioning calculator app.
In theory, the phone operated on a closed network — ANOM phones could only communicate with other ANOM phones using "military grade" encryption that transferred data via secure proxy servers.
The phones also contained a kill switch to delete contacts or any other data stored locally.
Similar services like Phantom Secure, Sky Global, Ciphr, and EncroChat have for years been used by criminal networks for planning and communication — and many have been exploited by law enforcement.
Where did the FBI come in?
In March 2018 Phantom Secure's CEO Vincent Ramos was indicted by grand jury and along with colleagues would eventually plead guilty to a raft of charges related to drug trafficking.
Shortly after that, an unnamed "confidential human source" presented the FBI with a next-generation encrypted device — that would be dubbed ANOM — which was designed to replace discredited, defunct or infiltrated systems.
The same source agreed to disseminate the now FBI-compromised devices among a network of blackmarket distributors who had sold Phantom Secure to carefully vetted or vouched-for individuals, usually members of organised criminal gangs.
Why did criminals buy it?
Initially, 50 ANOM phones were distributed in a test run, mostly to members of Australian organised criminal gangs.
But through word of mouth they gained in popularity with criminal underworld figures, who reportedly recommended them to friends.
Interest in ANOM exploded in 2020 when European authorities rolled up EncroChat, with dozens arrested, and after Sky Global CEO Jean Francois Eap was detained.
In the end, the FBI, Australian authorities and an unnamed "third country" were able to access more than 20 million messages from 11,800 devices in 90 countries.
They were most popular in Germany, the Netherlands, Spain, Australia and Serbia.
Why did the operation stop?
There is no clear rationale given about why the operation stopped now. However a mixture of suspicions, legal hurdles and strategy may have contributed.
Law enforcement did not have real-time access to phone activity but instead, all sent messages were blind copied or 'BCCed' to FBI servers where they were decrypted.
FBI saw devices with the ANOM app.
One server was in a third country where the warrant was due to expire on June 7, 2021.
But even ahead of that deadline, suspicions were being raised.
In March "canyouguess67" posted on WordPress that ANOM was a "scam" and that a device he had tested was "in constant contact with" Google servers and relayed data to non-secure servers in Australia and the United States.
"I was quite concerned to see the amount of IP addresses relating to many corporations within the 5 eyes Governments (Australia, USA, Canada, UK, NZ who share information with one another)," the post said before it was deleted.
In addition, one stated aim for "Operation Trojan Shield" was to undermine trust in encrypted devices, a goal that could only be widely achieved when the operation was made public.
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Crohn's disease, which causes inflammation of the bowel, may be caused by drinking milk, a leading surgeon believes.
He has linked the disease to a bacterium called M paratuberculosis which is found in cows' milk. The organism, related to the bacteria that cause human and bovine tuberculosis, apparently survives the pasteurization process.
Mr John Hermon-Taylor, from St George's Hospital in south London, has found minute traces of the organism in at least two thirds of tissues removed during surgery. He has also found the bacterium "intermittently... in supplies of whole pasteurized cows' milk", he says.
He believes the organism and, so, Crohn's disease could be eradicated by improved animal husbandry and pasteurization techniques that can destroy it.
His claims have been rejected by the National Dairy Council, which says that low levels of M. paratuberculosis do not survive pasteurization. No other research has found the organism in the tissues of Crohn's sufferers, the Council adds.
!AMedical Monitor, May 29, 1996.

source: HuggingFaceFW/fineweb-edu


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Science Fair Project Encyclopedia
- This article is about John L. Dobson, the astronomer. For John Dobson, the British architect, see John Dobson (architect).
John L. Dobson (born September 14, 1915) is a highly influential amateur astronomer who has been dubbed the "pied piper of astronomy" and the "star monk". He was the only amateur astronomer highlighted in the PBS series The Astronomers.
He was born in Beijing, China. His maternal grandfather founded Peking University, his mother was a musician, and his father taught zoology at the University. He and his parents moved to San Francisco, California in 1927. His father accepted a teaching position at Lowell High School and taught there until the 1950s.
John Dobson took a degree in chemistry at the University of California, Berkeley in 1943 and joined the Vedanta Monastery in San Francisco in 1944, becoming a monk of the Ramakrishna Order. He left the order after his extracurricular astronomical activities brought him into conflict with his religious superiors.
The Dobsonian telescope mount is named after John Dobson. He was the co-founder of the San Francisco Sidewalk Astronomers, an organization that aims to popularize astronomy among the people on the street. Dobson authored the 1991 book "How and Why to Make a User-Friendly Sidewalk Telescope" (ISBN _PHONE_) with editor Norman Sperling. This book helped popularize what came to be known as the Dobsonian mount, and treats the "why" as importantly as the "how". It covers Dobson's background and his philosophy on astronomy and the universe, and the importance of popular access to astronomy for proper a appreciation of the universe.
The contents of this article is licensed from _URL_ under the GNU Free Documentation License. Click here to see the transparent copy and copyright details


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- This event has passed.
An Irish Genealogy Lecture: Seán Conley
November 17 @ 2:00 pm - 3:30 pm
An Irish Genealogy Lecture
Seán Conley: Finding the Bump in the Boreen
Sponsored by the Patrick J Dowling Library
This presentation will cover available online resources for Irish Genealogy both free and paid for sites. There will be tips for how to find for the ancestral place of birth/residence of your Irish ancestors in addition to resources for researching San Francisco Irish and beyond. Sean will discuss DNA for genealogy, special resources, which are available at the Patrick J.Dowling library at the UICC, as well as other resources within the City, state and beyond. He will provide some colorful 19th century stories of his San Francisco Irish family going back 8 generations in the City back to Roscommon County.
Specific SF resources will include, the Wrindex which covers 580,000 San Francisco Irish and Irish Societies, Calvary and Holy Cross Church Records, early San Francisco Newspapers.
Internet resources for 19th and 20th century Irish Records including Griffith's Valuation and locating mid-19th century farms and residences of ancestors. Irish Census, Civil Registration, and Church Records. He will cover common pitfalls in finding place names in Ireland and provide tips on what resources to use find the county or even the house of origin of your ancestors.
Sean Conley is Vice President Genealogical Society of Santa Cruz County. He is a member of the Santa Cruz Old Timers, Native Sons of the Golden West, has an M.B.A. from Golden Gate University and a B.S. in Economics from Santa Clara University. His mother's family emigrated from Ireland to San Francisco from the gold-rush era up into the early 20th Century. He began genealogical research over 35 years ago and has researched thousands of Irish relations in his family and others. He has traced his family to Counties Antrim ,Cork, Derry, Donegal, Down, Galway, Longford, Mayo, Roscommon, and Tipperary, although most roads lead to Cork (BLD).


Asphalt Intermediate Course refers to an aggregate, sand, and asphalt cement mixture used as the intermediate, leveling, or scratch course placed in a lift between the asphalt/stone base and the surface course. Intermediate course is most commonly used in a roadway application, but is also used in driveways, parking lots, and sidewalks.
Asphalt intermediate course mixture typically includes smaller aggregate sizes than Base Courses of asphalt, but larger than surface courses. The most common aggregate composition for asphalt surface course meets the following gradations for amount of crushed limestone material passing through different size sieves:
100% passing 3/8″ sieve
90-100% passing 4.75mm sieve
65-100% passing 2.36mm sieve
40-85% passing 1.18mm sieve
20-60% passing 600micrometer sieve
7-40% passing 300micrometer sieve
0-20% passing 150micrometer sieve
0-10% passing 75 micrometer sieve.
Intermediate Course on top of Base Course
The equipment required when placing Asphalt Intermediate Course will be an asphalt paving machine (or road widener paving machine for widening or trench repair) and 1-3 tandem rollers. The crew required will be 6-7 workers composed of the following: 3 operators for paver (one on top and 2 down low), 2 operators for rollers, and 1-2 laborers for hand raking and finish work.
Asphalt Intermediate Course can be done without a paving machine for smaller areas such as drives or small parking lots, but the production will reduce dramatically as the material will require hand or small equipment placement. Hand placement should be minimized (vs paver placement) if possible as it can lead to a rougher surface texture, segregation of the aggregate, and lessened compaction density. For wide open mainline roads with minimal traffic, peak productivity can be achieved. For widened sections, drives, and parking lots with twists, islands, turns, bumpouts, intersections, etc, productivity can be dramatically reduced as these areas require considerable handwork and starting/stopping/slowing of the paver.
A critical part of the road section assembly, asphalt intermediate course serves as the leveling, binding, or 'scratch' course prior to the placement of the surface course lift and requires a level, true longitudinal placement and often has a transverse cross slope from the crown of the road to the shoulder. For these reasons it will require a fair degree of horizontal, vertical, and aesthetic accuracy in preparation for the surface course. Bumps, low spots, and high spots can be somewhat compensated for in the surface course but the fewer imperfections there are in the intermediate, the easier the surface course can be placed with accuracy. Most engineers and localities will permit minimal amount of (commonly 0-35% of dry weight) RAP (Recycled Asphalt Product) in the mixture. RAP is considered not to perform and bind the mixture together as efficiently as new fresh asphalt binder.


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The potential for increasing the concentrations of micronutrients relevant to human nutrition in meat, milk and eggs
A possible outcome of policies designed to reduce obesity in the human population and to mitigate greenhouse gas (GHG) emissions may be a decrease in human consumption of livestock products. However, livestock products currently make substantial contributions to intakes of specific micronutrients. Therefore, the present review examines the potential for increasing micro-nutrient concentrations of milk, muscle meats and eggs by nutritional and genetic means. Of the trace elements, copper (Cu), iron (Fe) and zinc (Zn) concentrations were largely resistant to manipulation by dietary means, but iodine (I) and selenium (Se) could be readily manipulated. Similarly, while α-tocopherol concentrations were readily manipulated, responses to dietary supplementation with retinol, folate and cobalamin were lower and riboflavin was resistant to dietary manipulation. There were differences between products in the ease with which composition could be manipulated: egg concentrations were most responsive followed by milk and muscle meats. However, livestock products with increased micro-nutrients concentrations can supply a substantial proportion of the daily reference nutrient intake.
Journal Title/Title of Proceedings
Journal of Agricultural Science


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Amber Teething Necklaces
Amber teething necklaces for teething babies and children can alleviate drooling and pain when teething. Baltic amber contains a substance called succinic acid. When worn on the skin, body heat causes the amber to release an oil containing succinic acid, which when absorbed into the skin, works to block pain and reduce inflammation and is commonly known as "teething jewelry" in Europe. All amber necklaces feature a safety breakaway clasp for child safety.


text:
Diagnosis Made Easier: Principles and Techniques for Mental Health Clinicians
James R. Morrison
Publication Date :
1 Jan 2014
2 Rev ed
This popular practitioner guide and course text takes the reader step by step through diagnostic decision making in mental health. Acclaimed for both the clarity of his writing and his clinical expertise, James Morrison provides principles and decision trees for evaluating information from multiple sources and constructing a valid, clinically useful working diagnosis. More than 100 vivid vignettes--from the straightforward to the toughest cases--illustrate the practical application of these methods. Essential topics include developing a differential diagnosis and dealing with comorbidity. New to This Edition *Revised throughout for DSM-5. *Updated resources and suggested readings.


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A town in Grand isle county was founded by Ira Allen in the year 1781. Located on a peninsula extending into Lake Champlain has a population of about 1,952.
It was basically grown around an European settlement with some french connection. With a non-island location, some of the nearby places includes Elim Point, Point Roberts etc.
The demographic consists of a population density of over 66 people per sq. mile. As usual the majority are whites, with around 97% white, 0.15% Asian, 1.95% Native Americans and many more.
A major part of the population is engaged in various types of primary activities, like agriculture and other smaller service industries. Per capita income of the people is around the figure of $16,285. Though there are no significant historical places but the breathtaking natural beauty is sure to garner envy.


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RIT Awarded Grant To Develop Food Waste Solutions
RIT has received a federal grant to research sustainable solutions for minimizing and managing the growing and complex challenges of food waste.
The $1 million National Science Foundation grant was awarded to Callie Babbitt, an associate professor at the Golisano Institute for Sustainability.
The four-year project will launch a collaboration with faculty from five RIT colleges. They will study how innovative technologies, waste management systems and policies can reduce the volume and environmental impacts of food waste while at the same time creating economic growth and maximizing efficient use of energy and water resources.
Babbitt says that about 40 percent of food produced in the U.S. is never eaten. He says an average American household spends almost $2,000 every year on food that goes straight to a landfill.
This project will also leverage established industrial and community partnerships, working with Wegmans and Synergy Biogas to collect data about the volume and composition of food waste streams in Upstate NY.


text: The appearance of subsonic propellers situated in a strong wind is discussed. We show that it is similar to the appearance of anomalous X-ray pulsars (AXPs) provided the mass and the magnetic moment of neutron stars are 1.4 solar masses, and 2E+30 G cm^3, respectively, and the strength of the wind is M_c = 3E+17 g/s. Under these conditions, the spin periods of subsonic propellers are limited within the range of 5-15 s, and the expected spin-down rates are close to 7E-11 s/s. The mass accretion rate onto the stellar surface is limited to the rate of plasma penetration into its magnetosphere at the boundary. As this process is governed by the reconnection of the field lines, the accretion rate onto the stellar surface constitutes 1-2% of M_c. In this case the X-ray luminosity of the objects under consideration can be evaluated as 4E+35 erg/s. The model predicts the existence of at least two spatially separated sources of the X-ray emission: hot spots at the stellar surface, and the hot atmosphere surrounding the magnetosphere of the star. The ages of the subsonic propellers under the conditions of interest are limited to 10^5 yr.


Dr. Steve Hodges
Dr. Steve Hodges
Dr. Soother's Healthy Wipes was the first of the Dr. Soother's family of products to be developed by Dr. Steve Hodges, a pediatric urologist at Wake Forest University.
Dr. Hodges noticed that all his patients with recurrent UTIs also had red, irritated vulvae. He began swabbing the perineal skin of his patients, comparing the bacteria found on girls with and without vulvitis. What he discovered: Patients without skin irritation had normal, noninfectious skin bacteria and normal pH; however, the skin of the girls with vulvitis was colonized with UTI-causing bacteria and had an abnormal pH.
Dr. Hodges further discovered that preventing the accumulation of urinary substances and restoring the skin's normal pH prevents irritation and skin breakdown. Numerous studies indicate urinary tract infections arise when bacteria travel across the perineum and then ascend into the bladder. The bacteria are able to thrive and make this journey much more easily when the skin pH is abnormal. Keeping the skin free of irritation and normalizing the pH blocks this path and reduces the bacteria that can cause infections.
Because postmenopausal women are also prone to vulvitis, Dr. Hodges suspected his wipes would help these women as much as they would help his own patients. He approached Dr. Scott Washburn, an OB/GYN at Lyndhurst Gynecologic Associates in Winston-Salem who is an expert on urinary incontinence and menopause. Impressed by Dr. Hodges' findings, Dr. Washburn asked his patients to test the Healthy Wipes. The results were phenomenal: skin irritation was drastically reduced. Dr. Washburn forged a partnership Dr. Hodges and continued to refine the Healthy Wipes and develop additional applications of the formula.
Children and UTIs
The real reason that children get UTIs. Why Children Get UTIs
How They Work
How do Dr. Soother's Healthy Wipes help prevent UTIs? Read the FAQ to learn more.
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Dr. Soother's Family of Products. SAFE, SIMPLE and EFFECTIVE relief of common and annoying skin irritations.


Evolution of an Update
An UPDATE statement might appear to be quite simple but it can be particularly difficult to tune. This post looks at the evolution of an update from an iterative cursor-based approach to a more optimal MERGE approach, by way of a couple of UPDATE variations.
For this exercise we'll use the following scenario:
 - A table holding account transactions
 - A daily summary table storing the transaction and fee amounts for each account
The objective is to update the daily summary table for a day from the details in the transaction table. The day chosen was the 11th day in the month. The full DDL for the tables is available for download but the basic column structure of the tables is:
CREATE TABLE transactions
 (trans_id NUMBER(10) NOT NULL
 ,account NUMBER(6) NOT NULL
 ,trans_datetime DATE NOT NULL
 ,trans_type VARCHAR2(30) NOT NULL
 ,trans_amount NUMBER(9,2) NOT NULL)
CREATE TABLE account_daily_summary
 (account NUMBER(6) NOT NULL
 ,summary_date DATE NOT NULL
 ,trans_amount NUMBER(9,2)
 ,fee_amount NUMBER(9,2))
We'll be summing up the entries in TRANSACTIONS for each account to update the corresponding entry in the ACCOUNT_DAILY_SUMARY table.
Someone new to database systems would turn to a row by row based approach, e.g:
DECLARE
 CURSOR acct_dtls_cur
 IS
 SELECT t.account
 , TRUNC(t.trans_datetime) AS summary_date
 , SUM(CASE WHEN t.trans_type='TRANSACTION' THEN t.trans_amount END) AS trans_amount
 , SUM(CASE WHEN t.trans_type='FEE' THEN t.trans_amount END) AS fee_amount
 FROM transactions t
 WHERE t.trans_datetime >= TRUNC(SYSDATE,'YY') + 10
 AND t.trans_datetime < TRUNC(SYSDATE,'YY') + 11
 GROUP BY
 t.account
 , TRUNC(t.trans_datetime);
BEGIN
 FOR acct_dtls_rec IN acct_dtls_cur
 LOOP
 UPDATE account_daily_summary
 SET trans_amount = acct_dtls_rec.trans_amount
 , fee_amount = acct_dtls_rec.fee_amount
 WHERE account = acct_dtls_rec.account
 AND summary_date = acct_dtls_rec.summary_date;
 END LOOP;
END;
Here we've opened a cursor that gives us the details in the destination table that we need to update, retrieve the rows from that cursor and update the destination table one row at a time. Row by row type processing like this is notoriously resource consuming and slow. Instead we want to avoid row by row processing and instead do everything in a single SQL UPDATE statement. Here's one way that we might do that:
UPDATE account_daily_summary ads
SET ads.trans_amount = (SELECT SUM(t.trans_amount)
 FROM transactions t
 WHERE t.account = ads.account
 AND t.trans_datetime >= ads.summary_date
 AND t.trans_datetime < ads.summary_date + 1
 AND t.trans_type = 'TRANSACTION')
, ads.fee_amount = (SELECT SUM(t.trans_amount)
 FROM transactions t
 WHERE t.account = ads.account
 AND t.trans_datetime >= ads.summary_date
 AND t.trans_datetime < ads.summary_date + 1
 AND t.trans_type = 'FEE')
WHERE ads.account IN (SELECT t.account
 FROM transactions t
 WHERE t.trans_datetime >= ads.summary_date
 AND t.trans_datetime < ads.summary_date + 1)
AND ads.summary_date = TRUNC(SYSDATE) + 10
Ummm… now that's looking quite messy. We have 3 sub-queries that are very similar to each other. Each attribute in the destination table that we're updating has its own correlated sub-query to obtain the value and the UPDATE itself has a sub-query to identify the set of accounts that need updating.
Running the above through Autotrace we get the following execution plan and statistics:
--------------------------------------------------------------------------------------------------------
| Id | Operation | Name | Rows | Bytes | Cost (%CPU)| Time |
--------------------------------------------------------------------------------------------------------
| 0 | UPDATE STATEMENT | | 1 | 26 | 26 (8)| 00:00:01 |
| 1 | UPDATE | ACCOUNT_DAILY_SUMMARY | | | | |
| 2 | NESTED LOOPS SEMI | | 1 | 26 | 10 (0)| 00:00:01 |
|* 3 | TABLE ACCESS FULL | ACCOUNT_DAILY_SUMMARY | 5 | 75 | 5 (0)| 00:00:01 |
|* 4 | INDEX RANGE SCAN | TRANSACTIONS_IX1 | 3024 | 33264 | 1 (0)| 00:00:01 |
| 5 | SORT AGGREGATE | | 1 | 22 | | |
|* 6 | FILTER | | | | | |
|* 7 | TABLE ACCESS BY INDEX ROWID| TRANSACTIONS | 1 | 22 | 7 (0)| 00:00:01 |
|* 8 | INDEX RANGE SCAN | TRANSACTIONS_IX1 | 4 | | 2 (0)| 00:00:01 |
| 9 | SORT AGGREGATE | | 1 | 22 | | |
|* 10 | FILTER | | | | | |
|* 11 | TABLE ACCESS BY INDEX ROWID| TRANSACTIONS | 1 | 22 | 7 (0)| 00:00:01 |
|* 12 | INDEX RANGE SCAN | TRANSACTIONS_IX1 | 4 | | 2 (0)| 00:00:01 |
--------------------------------------------------------------------------------------------------------
Predicate Information (identified by operation id):
---------------------------------------------------
 3 - filter("ADS"."SUMMARY_DATE"=TRUNC(SYSDATE@!,'fmyy')+10 AND
 INTERNAL_FUNCTION("ADS"."SUMMARY_DATE")+1>TRUNC(SYSDATE@!,'fmyy')+10)
 4 - access("ADS"."ACCOUNT"="T"."ACCOUNT" AND
 "T"."TRANS_DATETIME">=TRUNC(SYSDATE@!,'fmyy')+10 AND
 "T"."TRANS_DATETIME"<INTERNAL_FUNCTION("ADS"."SUMMARY_DATE")+1)
 filter("T"."TRANS_DATETIME">="ADS"."SUMMARY_DATE")
 6 - filter(:B1+1>:B2)
 7 - filter("T"."TRANS_TYPE"='TRANSACTION')
 8 - access("T"."ACCOUNT"=:B1 AND "T"."TRANS_DATETIME">=:B2 AND "T"."TRANS_DATETIME"<:B3+1)
 10 - filter(:B1+1>:B2)
 11 - filter("T"."TRANS_TYPE"='FEE')
 12 - access("T"."ACCOUNT"=:B1 AND "T"."TRANS_DATETIME">=:B2 AND "T"."TRANS_DATETIME"<:B3+1)
Statistics
----------------------------------------------------------
 0 recursive calls
 202 db block gets
 6306 consistent gets
 0 physical reads
 24860 redo size
 1138 bytes sent via SQL*Net to client
 2292 bytes


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In this article we will be seeing how to add a polygon on top of the Silverlight
Article for creating
Silverlight Bing Map Control. MapPolygon:
The MapPolygon class accepts a list of points that define its shape and location
on the map.
MapPolygon class is used to represent a polygon on the map. Namespace: Microsoft.Maps.MapControl Assembly: Microsoft.Maps.MapControl (in microsoft.maps.mapcontrol.dll)
Create Silverlight application:
Contains the altitude and coordinate values of a location on the map. Fill:
It is used to get or set the fill of the shape. Opacity:
It is used to get or set the opacity of the shape. Stroke:
It is used to get or set the stroke color of the shape.
Silverlight Bing Map Control in SharePoint 2010
Introduction to Microsoft Silverlight


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Intraocular pressure (IOP) measurement differences with Goldmann applanation tonometry (GAT) and dynamic contour tonometry (DCT) are affected by atmospheric pressure inside a hyperbaric chamber.
To compare IOP measurements obtained with GAT and DCT in 22 normal individuals at different atmospheric pressures simulated in a hyperbaric chamber.
The IOP of both eyes of 22 healthy volunteers was measured using GAT and DCT at 4 different atmospheric pressure levels.
Starting at 1 Queretaro atmospheric pressure (QATM), the IOP was measured with GAT and DCT. The atmospheric pressure was then increased to 1.1 QATM (equivalent to 1032 m above sea level), 1.2 QATM (equivalent to 315 m above sea level), and 1.25 QATM (equivalent to sea level), starting 5 minutes after reaching each level. The limits of agreement between various measurements with each tonometer were calculated using the Bland-Altman plots.
The first 4 subjects were used to measure feasibility, consistency, variability, and the time needed for IOP to return to baseline after each atmospheric pressure increase.
For the entire 44 eyes, the mean GAT IOP at 1 QATM was 12.23 mm Hg (range, 8 to 20 mm Hg; SD, 2.84) and mean DCT was 16.36 (range, 12.1 to 25.3; SD, 2.84), with a mean 4.14 mm Hg difference (range, −0.1 to 7.5 mm Hg; SD, 1.62; P<0.001).
Using the second measurements of the first 4 subjects and those after 5 minutes of adaptation for the rest of the group at 1.1 QATM, mean GAT IOP was 11.05±2.68 mm Hg and mean DCT IOP was 15.60±3.02 mm Hg, for a mean difference between instruments of 4.56±1.81 mm Hg (P<0.001).
At 1.2 QATM, mean GAT IOP was 11.14±2.53 mm Hg and mean DCT IOP was 15.39±2.91 mm Hg. The difference between instruments was 4.25±2.12 mm Hg (P<0.001).
At 1.25 QATM, the mean GAT IOP was 12.39±3.11 mm Hg and mean DCT IOP was 14.91±2.73 mm Hg. The difference between instruments after 5 minutes of adaptation was 2.53±1.62 mm Hg (P<0.001).
Generalized estimating equations for performing linear regression multivariable analysis using atmospheric pressure, expressed as altitude, and age as covariates, shows that the difference between GAT and DCT increases by 1 mm Hg per 673 m of increase of altitude above sea level. Age was not a significant predictor.
Acute changes in atmospheric pressure induce changes in IOP measurements for both GAT and DCT and in different directions. Despite the limitation of sample size, it may be postulated that the difference of IOP measurements between the 2 tonometers increases with lower atmospheric pressures.


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Monday, September 24, 2012
HealthTeacher recently released the first-ever interactive, pro-social mobile game to address one of the nation's leading issues affecting youth: bullying. This game titled "Awesome Upstander!" encourages young kids to race through a school cafeteria and bathroom to help rescue a target from a bully. Along the way, players must collect enough friends to stand up to the bully together.
"Awesome Upstander! offers a highly entertaining play experience for kids while teaching them they have the power to diminish bullying by banning together as upstanders," said John Herbold, VP Product of HealthTeacher. "Kids tell us Awesome Upstander! is fun to play, and parents say it gives them peace of mind knowing their children are learning how to deal with an issue affecting the emotional and physical safety of their kids."
Filled with challenges, levels, hidden objects and fun sound effects, Awesome Upstander! is designed to engage kids just like other popular interactive games while promoting social good. At the Awesome Upstander! website _URL_, teachers can download supporting material for their classroom, and parents can download resources for teaching their kids about upstanding at home.
Baptist Health Systems in Jackson, Miss. partnered with HealthTeacher last year, providing high quality health education resources for teachers, school nurses, and school counselors in 18 counties in central MS. HealthTeacher is an online resource of lessons and interactive tools that help kids live well. Lessons cover relevant youth health issues and are designed to engage students and fold seamlessly into the classroom setting. Baptist is the only hospital in Mississippi offering this program.
"As the 2012/2013 school year kicked-off, we continue to work with the funded school districts providing HealthTeacher access and training," added Shay Lewis, Health Education Coordinator for Mississippi. "The new interactive anti-bullying game is a powerful tool for engaging kids and teaching them how to make a stand against bullying. The video game can be played at home or in the classroom setting and works hand in hand with HealthTeacher's lesson plans centered on the topic of bullying."
According to a study by the National Institute of Child Health and Human Development (NICHD), 1.6 million children in grades 6 through 10 in the United States are bullied at least once a week and 1.7 million children bully others as frequently. Bullying most often occurs where adult supervision is low or absent: schoolyards, cafeterias, bathrooms, hallways, and stairwells. According to the U.S. Department of
Justice's "Bullying in Schools" report, only 10 to 20 percent of non-involved students provide any real help when another student is victimized.
Bullying has been a hot topic in Mississippi during the last few years. In 2010, the Mississippi legislature passed Senate Bill 2015, requiring public schools to adopt an anti-bullying policy, prohibiting bullying or harassing behavior in schools. Mary Ann Simpkins, Director of Community Education for HealthTeacher stated that "Awesome Upstander! is a great teaching tool for supporting MS anti-bullying policies and addressing the real-life issues of bullying in our schools. We all want our children to thrive and succeed in a safe environment, free of danger or barriers to learning. It is important to educate all kids about the importance of standing up for someone being bullied and to encourage them to be an upstander, not a bystander."
Dr. Susan Lipkins, child psychologist and leading expert in the development of Awesome Upstander!, believes playing this game can set the standards for teaching elementary-aged kids how to be an upstander, a person who knows how to intervene in a bully situation in a safe and positive manner. According to Dr. Lipkins, "Bystanders are the answer...we're all bystanders. And when bystanders are empowered and they learn how to prevent and intervene in bullying, I think we're going to see a change."
Awesome Upstander! is brought to you by HealthTeacher, the interactive leader in youth health. AwesomeUpstander! can be played online for free at _URL_, or purchased in the Apple App Store or Google Play for $.99.
ABOUT AWESOME UPSTANDER!
Awesome Upstander!, the first-ever anti-bullying game for young kids, is the most fun way to learn how to deal with bullies. Awesome Upstander! is a side-scrolling adventure where players must race through school cafeterias and bathrooms to rescue a target from a bully. To successfully rescue the target, players must collect enough friends to become upstanders and stand up to the bully together.
ABOUT BAPTIST HEALTH SYSTEMS' HEALTHTEACHER PARTNERSHIP
Baptist joined forces with teachers throughout 34 school districts in central Mississippi to make it easy for them to teach good health habits to children. Funded by Baptist Health Foundation, the project includes health education materials and professional development for K-12 schools, preschools, after school programs, and community organizations. The 2007 Healthy Students Act requires that all schools implement 45 minutes of Health Education per week, and 150 minute of physical education/physical activity per week in grades K-8. It also requires half Carnegie Unit of Health Education and Physical Education in high school for graduation. Baptist Health Systems is the parent company of Baptist Medical Center, The Mississippi Hospital for Restorative Care and a number of related healthcare services and programs. For over 100 years, Baptist Medical Center has served Mississippi and the surrounding states as a Christian-based, non-profit comprehensive medical Center.
HealthTeacher is the interactive leader in youth health, creating games, apps, and educational resources to make health awesome for kids. HealthTeacher's research based products are designed to get kids moving and to develop healthy behaviors that last a lifetime. Reaching over 6 million kids through its fast-growing network of 11,000+ schools, HealthTeacher's interactive products are used by teachers, parents, and kids to address important youth health issues, including physical activity, nutrition, and social and emotional well-being. To learn more, visit _URL_.
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- Which phones are not allowed on airplanes?
- What is the cheapest satellite phone service?
- Can I get real time satellite images?
- Is there a real time satellite app?
- Can I carry my cell phone on a plane?
- What does it cost to rent a satellite phone?
- Do airplanes have WiFi?
- What countries ban satellite phones?
- Are satellite phones worth it?
- Who Hacked NASA system?
- What's a red hat hacker?
- How do I get access to a satellite?
- Why do I need a satellite phone?
- Can HTML hack NASA?
- Which satellite phone is the best?
- How do I get live satellite images?
- Does a satellite phone work anywhere?
- Can I hack NASA?
- Why are satellite phones banned in India?
- Can you take a satellite phone on a plane?
- Can a satellite phone be hacked?
- Why are satellite phones illegal?
- What happens if you don't put phone on airplane mode?
- How do I call a satellite phone from the US?
- Can you rent a satellite?
- Can I buy a satellite?
Which phones are not allowed on airplanes?
Department of Transportation, with the Federal Aviation Administration and the Pipeline and Hazardous Materials Safety Administration, have issued an emergency order to ban all Samsung Galaxy Note7 smartphone devices from air transportation in the United States..
What is the cheapest satellite phone service?
The lowest priced satellite phone we provide is the Inmarsat IsatPhone 2 on sale for $599. We offer discounted device price with select monthly plans on a 12-month contract. Satellite phone service costs start at around $40 per month to keep the device active with 10 minutes of talk time included.
Can I get real time satellite images?
Using Google Earth, we now have the ability to view product loops at the highest resolution available, without having to transfer huge amounts of data. This is accomplished by turning the full resolution imagery into small "tiles" that are only downloaded as needed.
Is there a real time satellite app?
Real-Time Imaging Satellite Tracking App SpyMeSat informs you when satellites are overhead and could be taking your picture – not when you can see the satellite, but when the satellite can see you! … Real-time data is provided during overflights, including satellite location and real-time, range-based imaging resolution.
Can I carry my cell phone on a plane?
Most consumer personal electronic devices containing batteries are allowed in carry-on and checked baggage, including but not limited to cell phones, smart phones, PDAs, electronic games, tablets, laptop computers, cameras, camcorders, watches, calculators, etc. … These are always prohibited in checked baggage.
What does it cost to rent a satellite phone?
A satellite phone cost as little as $29.99 per week to rent for each unit.
Do airplanes have WiFi?
Can you get WiFi on a plane? WiFi is available in the air depending on the airline you're flying with. … Though frequent fliers have made their pleas to the airlines to offer onboard internet, when the service is available it isn't always up to par with the tech-savvy traveller's needs…
What countries ban satellite phones?
Other countries or regions where satellite phones are restricted, embargoed, banned or illegal include Taliban controlled Afghanistan, Crimea region of Ukraine, Bangladesh, Chad, China, Iran, Libya, Myanmar, Nigeria, North Korea, Russia, Sri Lanka, Sudan, Thailand and Vietnam.
Are satellite phones worth it?
Despite their usefulness, satellite phones have been relatively slow to catch on with the population at large. This is mostly because people don't understand how they work and why they are worth the money. … Why it's wrong: First, as with any technology, satellite phones are far more affordable than they used to be.
Who Hacked NASA system?
Gary McKinnonGary McKinnon (born 10 February 1966) is a Scottish systems administrator and hacker who was accused in 2002 of perpetrating the "biggest military computer hack of all time," although McKinnon himself states that he was merely looking for evidence of free energy suppression and a cover-up of UFO activity and other …
What's a red hat hacker?
Red Hat: These are the vigilantes of the hacker world. … Instead of reporting the malicious hacker, they shut him/her down by uploading viruses, DoSing and accessing his/her computer to destroy it from the inside out. They leverage multiple aggressive methods that might force a cracker to need a new computer.
How do I get access to a satellite?
Top 10 free sources of satellite data [2020 update]Google Earth – Free access to high resolution imagery (satellite and aerial) … USGS Satellite imagery – Landsat, MODIS, and ASTER data. … Copernicus Open Access Hub – API access to Sentinel data. … Zoom. … NASA EarthData (GIBS) – API access to NASA satellite data.
Why do I need a satellite phone?
A satellite phone is designed to work outdoors in many places that you are not able to use a cell phone. * Some are designed for near global usage, and offer safety and security features that can not be provided by a traditional cell phone.
Can HTML hack NASA?
If you go to NASA's website and hit CTRL-U, you will see their HTML code. If you could "hack" that code and replace all instances of "NASA" with "HTML" then you will have hacked NASA with HTML. It's fairly easy to do that for the way the page is displayed on your own browser.
Which satellite phone is the best?
FeaturesThuraya X5 Touch. The Thuraya X5 Touch is both a satellite phone and a smart phone seamlessly integrated into one device. … Inmarsat IsatPhone 2. The IsatPhone 2 by Inmarsat packs quite a punch for it's attractive price point. … Iridium 9575 Extreme. … Iridium 9555. … Globalstar GSP1700.
How do I get live satellite images?
Some other great sources of non-commercial, non-downloadable imagery are:Bing Maps Aerial.Mapbox Satellite Live.HERE WeGo Satellite.Zoom. Earth.
Does a satellite phone work anywhere?
How to Choose a Satellite Phone. Today, satellite phones are cheaper, lighter and more powerful than ever before. They offer reliable communications virtually anywhere on the planet and, coupled with affordable airtime rates, have become an essential item for communication when your iPhone's reception gets sketchy.
Can I hack NASA?
The U.S. National Aeronautics and Space Administration (NASA) this week confirmed that its Jet Propulsion Laboratory (JPL) has been hacked. Well, the hackers apparently got as far as the Deep Space Network (DSN) array of radio telescopes and numerous other JPL systems. …
Why are satellite phones banned in India?
DGS circular 02/2012 bans the use of "Thuraya, Iridium and other such Satellite" phones, which appears to extend the ban to INMARSAT phones. … The use of such phones may be a violation of the requirements and custom authorities have seized phones with dual features. The ban also extends to the use of sat-sleeves.
Can you take a satellite phone on a plane?
Most commercial airplanes have a metal skin. Radio waves from the phone to the a satellite wouldn't go through that easily. … In a general aviation plane it would likely work better since there's more window area to a smaller internal space, more chance for a signal to reach the satellite.
Can a satellite phone be hacked?
According to the duo, the attack can eventually crack the satellite phone call encryption in a fraction of a second when carried out successfully, allowing the attacker to break into the communications in real time for live eavesdropping.
Why are satellite phones illegal?
The government of Indian has stated that they are not able to intercept ingoing and outgoing calls on satellite phones, therefore because of the ongoing threat of terrorism, the technology is forbidden.
What happens if you don't put phone on airplane mode?
If you don't put your phone on airplane mode during a flight, your phone will probably annoy a few pilots and air traffic controllers. … A phone's radio emissions can be very strong, up to 8W; they cause this noise due to parasitic demodulation.
How do I call a satellite phone from the US?
To call an Iridium, Inmarsat, or Thuraya satellite phone, the caller needs to enter the international dialing code (i.e. In United States use 011, In Europe use 00, Etc*) and satellite phone number: Calling from US to an Iridium phone: _PHONE_ _PHONE_.
Can you rent a satellite?
For $250 a week, anyone from an elementary school to a curious hobbyist can rent time on the satellite and conduct their own experiments. We're taking Moore's law, and we're moving it into space."
Can I buy a satellite?
To put it simply, if you have enough money you can buy a satellite straight off the shelf. The standard, for long, have been the CubeSats (small cubes that weigh just 1 kg), which came up around 1999. Since then, more than 100 of them have been launched by NASA alone – but primarily for schools and colleges.


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Detect Edge Chipping and Optimize Cutting Edges of Tools
Do not compromise when it comes to the quality assurance of your tools. In this webinar we present you the new features for automatic measurement and optimization of cutting edges.
Learn More About
- fully automatic chipping measurement
- tool roughness measurement with both profile and areal based parameters
- MultiEdgeMeasurement (Measure multiple edges in only one measurement cycle) and
- measurement of angles in respect to the tool axis, among them clearance angle, wedge angle and rake angle.


text:
Submitted to: Encyclopedia of Occupational Health and Safety
Publication Type: Review Article
Publication Acceptance Date: October 1, 1997
Publication Date: N/A
Interpretive Summary: Review article, interpretive summary not required.
Technical Abstract: This chapter describes the production of bales of high quality cotton fiber. Many factors ranging from soil preparation to bale packaging play a key role in providing the consumer with good quality fiber. Cotton production practices including soil preparation, variety selection, seed and plant diseases, insect and weed control, defoliation, harvesting, and seed cotton storage, as well as cotton cleaning, drying, ginning, and packaging are described with specific emphasis on fiber quality. Recommended gin machinery sequences and preferred ginning procedures are also addressed. The safety and health of gin employees, regulations, and recommended safety programs that are important factors in efficient operations are also described.


text:
Site Selection for Thornless Blackberries Based on Past Kentucky
Low Temperature Weather Data
John Strang, April Satanek, Chris Smigell, and Tom Shearin
Department of Horticulture,
Department of Landscape Architecture,
Department of Biosystems and Agricultural Engineering,
University of Kentucky
Thornless blackberries are less able to survive cold winters than thorny blackberries. Consequently this map has been developed to show areas of Kentucky that tend to be historically warmer and more suitable to thornless blackberry production, as well as areas that are much colder and less profitable for production.
In order to understand winter injury, a brief explanation of terms may be helpful. Blackberries produce canes the first season and these are called primocanes. These do not normally produce fruit. (The exception to this rule are the new primocane fruiting varieties.) Once the primocanes winter over they become floricanes, which fruit and die after fruit production.
It is generally accepted that when the winter temperature reaches -10° F or lower, thornless erect and thornless semi-erect blackberries sustain serious floricane injury, and as a result there is little or no fruit production in the coming season. Temperatures this low do not injure the root system, so the plants survive and primocanes are still produced in the spring.
Once the chilling requirement for blackberries has been satisfied, they begin dehardening upon exposure to warm temperatures. Then, as spring approaches the floricanes may be injured at temperatures considerably warmer than -10° F. Blackberries may also sustain late spring frost injury that reduces the current season's crop. Thorny varieties generally break bud earlier in the spring and are consequently more prone to late spring frost injury than thornless varieties.
The following map was developed using National Weather Service records from many weather stations in Kentucky and surrounding states.
For each weather station, the average number of years that -10° F or lower was reached over a 10 year period was calculated, using the temperature data for as many years as was available. Temperature records used to calculate these averages ranged from as little as 12 years at some stations to106 years at others.
If -10° F or lower was reached more than once in a winter, this was still recorded as one incident. In other words, if there were multiple -10° F events during a winter this did not add to our average. A site that received multiple injurious events in a winter would be considered colder and less desirable than a site where -10° F was reached only once. Thus, the numbers on this map are conservative in this respect.
Please keep in mind that we do not know the elevation at which these temperatures were recorded. There can be substantial temperature differences based on the elevation of a certain weather station relative to your location. Lower sites tend to be colder and higher sites tend to be warmer. Rivers and large bodies of water can substantially warm sites. Consequently, where temperature measurements were taken very close to large bodies of water, these data were removed from this analysis.


text:
diaphragm seal.
Direct Mounted Diaphragm Seal System consists of differential pressure transmitter with single direct mount diaphragm seal.
Absolute Pressure Diaphragm Seal System consists of absolute pressure transmitter with single diaphragm seal.
Diaphragm Seal System can be used to measure liquid, gas, or steam flow as well as liquid level, density, and pressure.
Differential Pressure (DP) is defined as the difference between two pressures. Differential Pressure Transmitters use a reference point called the low-side pressure and compare it to the high-side pressure. Ports in the instrument are marked high-side and low-side.
The accurate and stable measurement of process pressure with Yokogawa Pressure Transmitters supports the safe, reliable, and profitable operation of your plant.


SYNOPSIS
rawshark [ -d <encap:linktype>|<proto:protoname> ] [ -F <field to display> ] [ -l ] [ -m <bytes> ] [ -o <preference setting> ] … [ -p ] [ -r <pipe>|- ] [ -R <read (display) filter> ] [ -s ] [ -S <field format> ] [ options ]
rawshark -h|--help
rawshark -v|--version
DESCRIPTION
Rawshark reads a stream of packets from a file or pipe, and prints a line describing its output, followed by a set of matching fields for each packet on stdout.
INPUT
Unlike TShark, Rawshark makes no assumptions about encapsulation or input. The -d and -r flags must be specified in order for it to run. One or more -F flags should be specified in order for the output to be useful. The other flags listed above follow the same conventions as Wireshark and TShark.
Rawshark expects input records with the following format by default. This matches the format of the packet header and packet data in a pcap-formatted file on disk.
struct rawshark_rec_s {
 uint32_t ts_sec; /* Time stamp (seconds) */
 uint32_t ts_usec; /* Time stamp (microseconds) */
 uint32_t caplen; /* Length of the packet buffer */
 uint32_t len; /* "On the wire" length of the packet */
 uint8_t data[caplen]; /* Packet data */
};
If -p is supplied rawshark expects the following format. This matches the struct pcap_pkthdr structure and packet data used in libpcap, Npcap, or WinPcap. This structure's format is platform-dependent; the size of the tv_sec field in the struct timeval structure could be 32 bits or 64 bits. For rawshark to work, the layout of the structure in the input must match the layout of the structure in rawshark. Note that this format will probably be the same as the previous format if rawshark is a 32-bit program, but will not necessarily be the same if rawshark is a 64-bit program.
struct rawshark_rec_s {
 struct timeval ts; /* Time stamp */
 uint32_t caplen; /* Length of the packet buffer */
 uint32_t len; /* "On the wire" length of the packet */
 uint8_t data[caplen]; /* Packet data */
};
In either case, the endianness (byte ordering) of each integer must match the system on which rawshark is running.
OUTPUT
If one or more fields are specified via the -F flag, Rawshark prints the number, field type, and display format for each field on the first line as "packet number" 0. For each record, the packet number, matching fields, and a "1" or "0" are printed to indicate if the field matched any supplied display filter. A "-" is used to signal the end of a field description and at the end of each packet line. For example, the flags -F ip.src -F dns.qry.type might generate the following output:
0 FT_IPv4 BASE_NONE - 1 FT_UINT16 BASE_HEX -
1 1="1" 0="192.168.77.10" 1 -
2 1="1" 0="192.168.77.250" 1 -
3 0="192.168.77.10" 1 -
4 0="74.125.19.104" 1 -
Note that packets 1 and 2 are DNS queries, and 3 and 4 are not. Adding -R "not dns" still prints each line, but there's an indication that packets 1 and 2 didn't pass the filter:
0 FT_IPv4 BASE_NONE - 1 FT_UINT16 BASE_HEX -
1 1="1" 0="192.168.77.10" 0 -
2 1="1" 0="192.168.77.250" 0 -
3 0="192.168.77.10" 1 -
4 0="74.125.19.104" 1 -
Also note that the output may be in any order, and that multiple matching fields might be displayed.
OPTIONS
-d <encapsulation>
Specify how the packet data should be dissected. The encapsulation is of the form type:value, where type is one of:
encap:name Packet data should be dissected using the libpcap/Npcap/WinPcap data link type (DLT) name, e.g. encap:EN10MB for Ethernet. Names are converted using pcap_datalink_name_to_val(). A complete list of DLTs can be found at _URL_
encap:number Packet data should be dissected using the libpcap/Npcap/WinPcap LINKTYPE_ number, e.g. encap:105 for raw IEEE 802.11 or encap:101 for raw IP.
proto:protocol Packet data should be passed to the specified Wireshark protocol dissector, e.g. proto:http for HTTP data.
-F <field to display>
Add the matching field to the output. Fields are any valid display filter field. More than one -F flag may be specified, and each field can match multiple times in a given packet. A single field may be specified per -F flag. If you want to apply a display filter, use the -R flag.
-h|--help
Print the version number and options and exit.
-l
Flush the standard output after the information for each packet is printed. (This is not, strictly speaking, line-buffered if -V was specified; however, it is the same as line-buffered if -V wasn't specified, as only one line is printed for each packet, and, as -l is normally used when piping a live capture to a program or script, so that output for a packet shows up as soon as the packet is seen and dissected, it should work just as well as true line-buffering. We do this as a workaround for a deficiency in the Microsoft Visual C++ C library.)
This may be useful when piping the output of TShark to another program, as it means that the program to which the output is piped will see the dissected data for a packet as soon as TShark sees the packet and generates that output, rather than seeing it only when the standard output buffer containing that data fills up.
-m <memory limit bytes>
Limit rawshark's memory usage to the specified number of bytes. POSIX (non-Windows) only.
-o <preference>:<value>
Set a preference value, overriding the default value and any value read from a preference file. The argument to the option is a string of the form prefname:value, where prefname is the name of the preference (which is the same name that would appear in the preference file), and value is the value to which it should be set.
-p
Assume that packet data is preceded by a pcap_pkthdr struct as defined in pcap.h. On some systems the size of the timestamp data will be different from the data written to disk. On other systems they are identical and this flag has no effect.
-r <pipe>|-
Read packet data from input source. It can be either the name of a FIFO (named pipe) or ''-'' to read data from the standard input, and must have the record format specified above.
If you are sending data to rawshark from a parent process on Windows you should not close rawshark's standard input handle prematurely, otherwise the C runtime might trigger an exception.
-R <read (display) filter>
Cause the specified filter (which uses the syntax of read/display filters, rather than that of capture filters) to be applied before printing the output.
-s
Allows standard pcap files to be used as input, by skipping over the 24 byte pcap file header.
-S
Use the specified format string to print each field. The following formats are supported:
%D Field name or description, e.g. "Type" for dns.qry.type
%N Base 10 numeric value of the field.
%S String value of the field.
For something similar to Wireshark's standard display ("Type: A (1)") you could use %D: %S (%N).
-v|--version
Print the full version information and exit.
DISSECTION OPTIONS
--disable-all-protocols
Disable dissection of all protocols.
--disable-protocol <proto_name>[,<proto_name>,…]
Disable dissection of proto_name. Use a proto_name of ALL to override your chosen profile's default enabled protocol list and temporarily disable all protocols.
--disable-heuristic <short_


Let's Make Robots!
Processing Help -Draw line at given angle
If someone could point me in the right direction here -ormaybe a link to some code examples.
I would like to draw a line from a fixed point, a given length and at a given angle. I have found some examples that show a line that will follow your mouse and will rotate around a fixed point, but not one including length.
Here is what I am looking at doing:
I want to draw a map (just a line showing a path) on my screen as walter travels around. Each time walter changes direction, a little data packet is sent describing his last move. I.e.
fwd (16) counts (send that to processing and a line is drawn from starting point and is (16) units long)
rotated (4) counts or 1/4 turn (send to processing and the angle of the next line is determined)
fwd (27) counts (a line, 27 units long is drawn at the angle determined above)
Each new line segment will start from the end of the last one drawn.
Comment viewing options
No problem. Glad I could help. I took a deeper look how that serial lib works in Processing and found out it supports events. So instead of checking if there's something available in serial port every now and then (or every draw() call like in my previous post) you can use serialEvent method call to catch an event when there's something available. Could be useful in your app if you don't already use it (check also bufferUntil). Here's something I put together (sorry again for a long post):
import processing.serial.*;
PGraphics buffer;
PImage img;
Serial PicPort;
String myString = null;
int cr = 13; // strings are terminated by ascii 13: carriage return aka newline
float oldangle = 0;
float x0 = 0;
float y0 = 0;
float x1 = 0;
float y1 = 0;
float angle = 0;
float travel = 0;
void setup() {
 // parent comport baud parity databits stopbit
 PicPort = new Serial(this, Serial.list()[0], 4800, 'N', 8, 1.0);
 PicPort.bufferUntil(cr); // Buffer until CR is found (before calling serialEvent)
 // Create an off-screen buffer and initial image.
 buffer = createGraphics(600, 400, JAVA2D);
 buffer.translate(width / 2, height / 2);
 buffer.ellipse(0,0, 10,10);
 img = buffer.get(0, 0, buffer.width, buffer.height);
void draw() {
 translate(width / 2, height / 2);
 image(img, -width/2, -height/2);
// This gets called whenever there's data available
void serialEvent(Serial p) {
 myString = p.readStringUntil(cr);
 if (myString!= null) {
 // println(myString);
 // examples of myString: "r:259", "t:18", "t:0"
 String telemetry [] = split(myString, ":");
 if (telemetry.length == 2) {
 String qualifier = telemetry[0];
 float value = float(telemetry[1]); // WHY won't this convert to int?!?!
 int valint = int(value);
 // println (qualifier +"="+ valint);
 if (qualifier.equals("r")) {
 // rotation
 angle = oldangle + value / 360 * TWO_PI; // input ranges 0-359, result is in radians
 // println ("rotated: " + value + " degrees" +" "+ angle +" radians");
 if (qualifier.equals("t")) {
 // travel
 travel = value / 50 * width *.01; // input ranges 0-50, result is in 1% increments of screen width
 // println ("traveled: " + value + " mickeys" +" "+ travel +" pixels");
 // background(192);
 x1 = x0 + travel * cos(angle);
 y1 = y0 + travel * sin(angle);
 buffer.translate(width / 2, height / 2);
 buffer.line(x0,y0, x1, y1);
 oldangle = angle;
 x0 = x1;
 y0 = y1;
I noticed that sometimes the sketch freezes like there's nothing coming out from serial port even when there is. I'm not sure if it's a problem with sketch itself or the underlying library. Serial library seems to use RXTX and I remember having some problems with it a few years back (although it could have been my mistake then too).
You know rik, I have been playing with the code and to be honest, I just don't want to bother converting to a 256 circle. It is simply worth using a word to get the 359 that I need. In reality, most of the time I would not need anything past 270. I tried sending a - along with my travel distance (r:0) and sure enough, it back-tracked along it's own line. Perfect.
You know, I thought I was done with hardware on Walter and here I am adding 2 more encoders and one more picaxe. Not to mention I just added a RFID reader and the new voice box.
That is why the Good Lord made min and max, my friend.
As we all know, picaxe does not like negitive numbers. I would say that I will have to find a mid-point between a given min and max and have processing translate that mid-point to 0 and thus go positive and negitive from there. To be honest, it was very late last night when I was playing with your code so I didn't have a lot of time to figure out numbers. I have a lot of chores to do today, but if I get them done and get to play with my computer, I have some test plans in the works:
I was figuring on two pots with a debug to sertxd or LCD for turns and distance. A push button would send the data after it is dialed in by the pot. This way I can see exactly what I am sending and what I am getting. I'll probably write all that down on a piece of paper using a pencil. From there, I just need to find my notes on my encoder count math and do the conversion. Should be pretty simple. Not to mention, one of my chores today is to get this house cleaned up --which is needed for walter to go "free range"... There are a couple "sonar holes" that need a piece of cardboard in front of them and a big sonar-soaking couch which appears as infinity and is thus a walter-magnet. I should have some solid working results soon.
Word to ya motha'
The picaxe does not NEED to understand negatives, as long as it is transmitting the "-" character when appropriate. But then of course, who needs it: 30 degrees CCW = 330 degrees CW anyways.
The real fun starts with using a circle made of degrees 0-255, so that it will always fit inside a byte. You might want to make up a silly, distinctive name for that unit. Wikipedia probably already has it on file. Without the funny.
Another advantage of the single byte approach to headings/bearings: the roll-over at the bottom and top of the range:
255 + 1 = 256 = 0
2 - 3 = -1 = 255
is called a "brad" (binary rad).


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What is RadNet?
The nationwide RadNet system monitors the nation's air, drinking water, precipitation, and pasteurized milk to determine levels of radiation in the environment. RadNet sample analyses and monitoring results provide baseline data on background levels of radiation in the environment and can detect increased radiation from radiological incidents.
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Find links to near-real-time air monitoring data, sample analysis results, and data summaries.
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Find answers to questions about RadNet monitoring and radiation in the environment
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Dmitri Frolov - Ten Minutes of Silence (1995)
Average: 4.9 (20 votes)
The documentary-experimental film "Ten Minutes of Silence" is a film expression of the trends embodied in the painting by Malevich's "Black Square" and John Cage's "4'33" in music. The viewer is offered an attempt to realize the reality by giving up hearing as the main channel of perception. The film is based on the history of the twentieth century, the age of world wars, catastrophes and tragedies. It is a silent scream, a silent explosion, a silent black and white abyss. "Ten minutes of silence" - a mirror of the twentieth century, a mirror of modern civilization, a mirror of our time.
Turning off the sound is as easy as drawing a "Black Square", which inevitably occurs when the film is projected onto the screen. And just as the black color absorbing all colors, self-sufficient and inexorable, became a symbol of a new era in painting, so strange and terrible silence accompanying the film, is slightly ahead of the time, foreshadowing a fundamentally new round in the development of cinematography.
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I'm quite interested in building a robot which can use image processing to help it navigate. I've had a bit of experience with image processing, but I'm not too sure on how to incorporate it into a robot.
My idea is to have a wireless camera mounted on a robot that communicates to my pc, and using a program such as roborealm I can process the images. Then based on these images I could communicate back to the robot via a UART bluetooth link.
Is this a standard way of doing things, or is their a way to connect a camera directly to the microcontroller and communicate with the computer in both directions using UART?
Any tips or suggestions on alternate ways of doing this are welcome
Thanks in advance for your help


What Is The Difference Between Macbook And Laptop?
What Is The Difference Between Macbook And Laptop
As a proficient SEO and copywriter, I have come across several articles that discuss the topic "What Is The Difference Between Macbook And Laptop". However, I have noticed that most of these articles do not necessarily provide a detailed and comprehensive explanation of what separates a Macbook from a laptop.
So, if you're in the market for a new laptop and are wondering which one to choose between a Macbook and a laptop, you've come to the right place. Here, we will explore the differences between a Macbook and a laptop and help you make an informed decision.
What Is A Macbook?
Macbooks are a line of laptops designed and developed by Apple Inc. They run on the company's operating system called macOS and have a distinct design that sets them apart from other laptops. Macbooks are also known for their high-quality displays, top-notch performance, and long battery life.
What Is A Laptop?
Before we delve into the differences between a Macbook and a laptop, we need to understand what a laptop is. A laptop is a personal computer designed for mobile use, characterized by a thin LCD or LED computer screen mounted on the inside of the upper lid of the clamshell form factor.
Distinguishing Factors Between Macbooks And Laptops
1. Operating System
One of the main differences between a Macbook and a laptop is the operating system they run on. Macbooks run on macOS, while laptops run on either Windows or Linux. macOS is known for its stability, security, and ease of use, making it a popular choice for creatives, students, and professionals in the creative industry. On the other hand, Windows and Linux are known for their flexibility and wide range of compatibility with software and hardware.
2. Design
Another distinguishing factor between a Macbook and a laptop is their design. Macbooks are known for their sleek and stylish design, with a thin and lightweight body made of high-quality materials. Laptops, on the other hand, come in a variety of designs and form factors, ranging from plastic to metal.
3. Performance
Macbooks are generally known for their excellent performance, thanks to the quality of the components used. They have faster processors, better graphics, and more RAM compared to most laptops. This makes them ideal for demanding tasks such as video editing, graphic designing, and gaming. Laptops, on the other hand, have inferior performance compared to Macbooks.
4. Battery Life
Macbooks are known for their long battery life, which can last up to 10 hours on average. This is due to the optimization of macOS and the use of high-capacity batteries. Laptops, on the other hand, have varying battery life, ranging from 2 hours to 8 hours.
5. Price
Macbooks are generally more expensive compared to laptops. This is because of the quality of components used, the design, and the optimization of the operating system. Laptops, on the other hand, are more affordable and accessible to the average person.
Conclusion
In summary, choosing between a Macbook and a laptop depends on your needs and preferences. If you're looking for a device with excellent performance, long battery life, and a sleek design, a Macbook is the right choice for you. However, if you're looking for a more affordable device that can perform basic functions, a laptop may be the better option.
So, there you have it – a comprehensive and detailed explanation of the difference between a Macbook and a laptop. We hope that this article has provided you with the information you need to make an informed decision.
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Jonathan Reynolds is a seasoned tech enthusiast and a leading expert in the field of laptop technology. With over a decade of experience, he has become a trusted source of information for laptop enthusiasts and novices alike. Jonathan's passion for technology started at a young age when he dismantled his first computer and spent hours exploring its intricate components.
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Oncolyzer Mobile App
The Oncolyzer project is an interdisciplinary cooperation with Charité — Universitätsmedizin Berlin and SAP started in 2011. It combines individual competences in software engineering, IT systems, and medicine and defines a major key in our strategy to provide real-time data analysis cloud services for clinicians and researchers. The objective of the Oncolyzer project is to improve the treatment process of patients suffering from cancer diseases by leveraging optimized IT-aided software components for clinicians and researchers. As a result, doctors are enabled to select best available cancer therapies much faster by having all relevant information at hand.
The 'heart' of this innovation builds the in-memory computing platform, which supports the combined processing of structured and unstructured medical data in real-time. Thus, it is enables the integration of heterogeneous data sources within the clinical environment without the need for long-running and complex Extract Transform Load (ETL) processes to unify data. The organizational changes in the healthcare sector require increasing support by proper IT-aided tools and processes. Data needs to be instantaneously available at any location a doctor requires the data — even worldwide. The immense increase of knowledge about cancer requires the detailed analysis of biological and genetic details acquired during diagnosis of cancer cells to address only harmful cells as the target of future treatments while keeping side effects at a minimum. Until recently, common therapies that were not individually targeted were applied during the treatment of cancer. Meanwhile, treatments for specific genetic mutations are available, which enable treatment of cancer based on individual genetic dispositions. Nowadays, data processing and analysis becomes a time-consuming challenge due to improved and more detailed diagnostic approaches, such as next-generation sequencing of tumor DNA.
In the near future, the tumor's DNA of all cancer patients will be sequenced to support individualized patient-specific cancer therapies, which result in diagnostic medical data in amount of multiple terabytes. The analysis of these data required optimized software tools that enable graphical exploration of data, their real-time analysis, and the identification of therapy-relevant details to support clinical decision taking.
Features of the Hana Oncolyzer iPad Application
The Oncolyzer iPad application provides clinicians and researchers access to relevant patient data while in the secured network of the clinic's campus. The in-memory technology builds the backend of the application performing relevant data processing and analyses. Selected features of the Oncolyzer application are described in the following.
Combined Search in Structured and Unstructured Data
Oncolyzer: Search in structured and unstructured data medical data
Oncolyzer: Search in structured and unstructured data medical data
The Oncolyzer combines data from various data sources — structured and unstructured.
Structured data are, for example, biopsy results, size of tumor or tissue regions, blood concentration, etc. They are stored in a relational database format and can be accessed via defined attributes. Unstructured data are, for example, text documents, diagnosis, notes, etc. They are stored in text file and they neither consist of a predefined structure nor use standardized text paragraphs. As a result, unstructured data has the following drawback: typos, usage of pseudonyms, abbreviations, etc. However, the majority of clinical medical data is unstructured. Thus, it is important to analyze them in a systematic way and to extract relevant details in real-time. Further details about combined processing of structured and unstructured data can be found on the corresponding feature page.
Visualization of Patient Details for Personalized Medicine
Oncolyzer: Summary of patient's anamnesis
Oncolyzer: Summary of patient's anamnesis
All patient related information need to be available for decision taking by medical doctors. Individual specifics of patients need to be analyzed and evaluated to for personalized medicine. The Oncolyzer combines current as well as historic data of a selected patient on a single screen and performs automatically analysis of the available data, e.g. to highlight patient specifics compared to patients with similar diagnosis or anamnesis. Thus, characteristics and important differences are highlighted, i.e. medical doctors can use these additional information as indicator assessment of the individual reason for the disease and impact of the selected treatment. All information are visualized on an interactive time line, which enables clinicians to move back and forward through the patient's anamnesis while having access to all relevant data with a single click.
Analytical Exploration of Patient Cohorts
Oncolyzer: Real-time analysis of individual patient cohorts using freely definable criteria
Analysis data of all patients or a patient cohort is a time-consuming and often manual task. The Oncolyzer app enables analysis of patient data on mobile devices, i.e. there is no longer a need for a desktop PC to perform the analysis. Furthermore, freely definable filters can be applied to explore patient details. Thus, the Oncolyzer app enables identification of individual patients, e.g. for participation in specific clinical studies to provide individualized treatment. The use of always up-to-date data bridges information gaps and supports fast analysis and evaluation of patient cohorts. Further details about analysis of patient cohorts can be found in the corresponding app description.
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6 Pin Din Plug Pinout Wiring Diagram
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7-way rv plug wiring diagram 6 pin trailer connector wiring diagram 6 pin connector 24v 4 pin plug wiring diagram 7 pin trailer plug wiring diagram 6 pin toggle switch wiring diagram 6-pin wiring camper 6 round trailer plug diagram.
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WASHINGTON (AFP) - Afghanistan is the worst place in the world to be a mother and Norway is the best, with stark differences in conditions for women and children in the two countries, a report released Tuesday says.
In Afghanistan and the nine other countries at the bottom of the Mothers' Index, compiled by the nonprofit group Save the Children, mothers and their children endure "grim conditions," with one in six kids dying before age five and one in three suffering from malnutrition.
Nearly half the population in the worst countries to raise kids lack access to clean water, and only four girls for every five boys are enrolled in primary school.
Most of the other bottom-ranked countries in the index are in sub-Saharan Africa. From worst to less bad, they are Niger, Guinea-Bissau, Yemen, Chad, Democratic Republic of Congo, Eritrea, Mali, Sudan and the Central African Republic, the index says.
The top 10 countries, in order, were the five Nordic nations of Norway, Iceland, Sweden, Denmark and Finland; followed by Australia, New Zealand, Belgium, the Netherlands and France. Women and children enjoy excellent health, education and economic conditions in these countries, the report says.
In Norway, for instance, "skilled health personnel are present at virtually every birth" while in Afghanistan, only 14 percent of births are attended, the report says.
The average life expectancy for a Norwegian woman is 83 years; in Afghanistan, it is 45.
More than eight in 10 Norwegian women use a modern method of contraception, and only 1 in 175 will lose a child before his or her fifth birthday.
"At the opposite end of the spectrum, in Afghanistan... less than 16 percent of women are using modern contraception, and one child in five dies before reaching age five.
"At this rate, every mother in Afghanistan is likely to suffer the loss of a child," the report says.
Save the Children researchers documented conditions for mothers and children in 164 countries: 43 developed nations and 121 in the developing world.
Germany, Spain and Britain ranked just outside the top 10 of the index, while the United States was 31st, just above Luxembourg and Belarus.
Last Updated (Tuesday, 03 May 2011 18:53)


Skip to definition.
Noun: cleanup 'kleen,úp
 1. The act of making something clean
 "he gave his shoes a good cleanup";
 - cleaning, cleansing
 2. A very large profit
 - killing
 3. (baseball) the fourth position in the batting order (usually filled by the best batter on the team)
 - cleanup position, cleanup spot
Verb: clean up
 1. Put (things or places) in order
 - tidy, tidy up, neaten, straighten, straighten out, square away [N. Amer], declutter
 2. Make a big profit; often in a short period of time
 3. Dispose of
 4. Make oneself clean, presentable or neat
 "Clean up before you go to the party"
Derived forms: cleans up, cleaning up, cleanups, cleaned up
Type of: earnings, groom, improvement, lucre, neaten, net, net income, net profit, order, position, profit, profits, settle, turn a profit
Part of: batting order, card, lineup
Encyclopedia: Cleanup
Clean up


What is a monkey dish?
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Monkey dish is a small shallow kind of dish which can be used to serve cole slaw or applesauce. The main aim of this dish is to separate the cold or watery dishes from the main course. The dish is quite big and is around 4 1/8 inches in diameter and has the capacity to hold 3.5ounces.
- what kind of dish is a monkey dish?
- what is monkey dish used for?


text:
Creative chldren's story about the relocation of gopher turtles. This story is written in the turtles perspective - entertaining and educational. Great for kids ages 4-12.
Monsters in the Meadow
By Amy Sellers
32 Pg Picture book: grades 1-4
Pg 1- George was excited about the rainy season approaching. This meant the dry and tasteless grass just outside of his hole would soon turn lush, tasty and tender. His goal every season would be to eat as many of the new sprouts as he could before the grass grew tall, tough and seedy.
Pg 2 -He spun around in the cozy hole he dug which caused a dust cloud to rise. All of the little creatures sharing the tunnel leading to his hole scurried up and out to escape the spoiled air. First Edgar, the cranky squirrel popped his head out of the hole to make sure there were no wolves or snakes lurking near.
Please email to request the remainder of the story. amycsellers.yahoo.com