Find a famous person
[3736] Find a famous person - Find the first and the last name of a famous person. Text may go in all 8 directions. Length of words in solution: 5,6. - #brainteasers #wordpuzzles - Correct Answers: 28 - The first user who solved this task is On On Lunarbasil
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Find a famous person

Find the first and the last name of a famous person. Text may go in all 8 directions. Length of words in solution: 5,6.
Correct answers: 28
The first user who solved this task is On On Lunarbasil.
#brainteasers #wordpuzzles
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Short Cowboy Jokes

Q: What do you call a drug ring in Dallas?
A: A huddle.
Q: Four Dallas Cowboys in a car, who's driving?
A: The police.
Q: Why can't Michael Irvin get into a huddle on the field anymore?
A: It is a parole violation for him to associate with known felons.
The Dallas newspapers reported yesterday that Texas Stadium is going to take out the artificial turf because the cowboys play better on "grass."
The Dallas Cowboys adopted a new "Honor System", Yes your Honor, No your Honor.
The Cowboys had a 12 and 5 season this year, 12 arrests, 5 convictions.
The Cowboys knew they had to do something for their defense, so they hired a new defensive coordinator: Johnny Cochran
Q: How do the Dallas Cowboys spend their first week at spring training?
A: Studying their Miranda Rights.
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William Thomas Astbury

Born 25 Feb 1898; died 4 Jun 1961 at age 63. English physical biochemist who was the first to make use of X-ray diffraction patterns to study the structure of nucleic acids (1937). Astbury researched the method under Bragg for seven years, then investigated the structure of wool in both the stretched and unstretched forms. From the difference in the diffraction patterns, he began to try to work ot the structure of protein molecules. His preliminary determination of the structure of nucleic acids were, in fact, wrong - but it gave impetus to Pauling's work with proteins, and to Crick and Watson's study of DNA structure. His work, slowly decoding the nature of molecular structure of virtually the largest organic materials, fibrous and globular proteins, was valuable to both science and industry.
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