Take a look at the picture of ...
[6371] Take a look at the picture of ... - Take a look at the picture of the movie scene and guess the name of the person whose face is not visible. Length of words in solution: 5,5 - #brainteasers #movie #film #cinemania - Correct Answers: 22 - The first user who solved this task is Nasrin 24 T
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Take a look at the picture of ...

Take a look at the picture of the movie scene and guess the name of the person whose face is not visible. Length of words in solution: 5,5
Correct answers: 22
The first user who solved this task is Nasrin 24 T.
#brainteasers #movie #film #cinemania
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One lovely morning, Ben and Th...

One lovely morning, Ben and Thomas were out golfing. Ben slices his ball deep into a wooded ravine. He grabs his 8-iron and proceeds down the embankment into the ravine in search of his ball. Ben searches diligently through the thick underbrush and suddenly he spots something shiny. As he gets closer, he realizes that the shiny object is in fact an 8-iron in the hands of a skeleton lying near an old golf ball.
Ben excitedly calls out to his golfing partner: "Hey Thomas, come here, I got big trouble down here."
Thomas comes running over to the edge of the ravine and calls out, "What's the matter Ben?"
Ben shouts back in a nervous voice, "Throw me my 7-iron! Looks like you can't get out of here with an 8-iron."
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Svedberg's colloidal sol patent

In 1909, Swedish chemist Theodor Svedberg filed to patent his method of producing colloidal sols or gels, simultaneously in Great Britain, Germany, Denmark and Switzerland. By 1926, he received the Nobel Prize in Chemistry for his work with disperse systems. In colloidal systems, extremely fine particles are dispersed in a continuous medium, in which they remain suspended indefinitely. In molecular-disperse systems, the particles are large molecules like proteins or haemoglobin. Svedberg invented an ultracentrifuge to investigate them. At 40,000 revolutions/min, the particles were redistributed towards the periphery of the motion. Analysis of photographs of the distribution yielded the molecular weight of the particles.«
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