Find the area of the shaded figure
[363] Find the area of the shaded figure - Express result to the accuracy of 3 decimal. - #brainteasers #math - Correct Answers: 74 - The first user who solved this task is Djordje Timotijevic
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Find the area of the shaded figure

Express result to the accuracy of 3 decimal.
Correct answers: 74
The first user who solved this task is Djordje Timotijevic.
#brainteasers #math
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Where is God?

A couple had two little boys who were always getting into trouble. Their parents knew that if any mischief occurred in their village, their sons were probably involved.
The boys' mother heard that an elder in town had been successful in disciplining children, so she asked if he would speak with her sons. The elder agreed, but asked to see them separately.
So, the mother sent her youngest son first, in the morning. The elder, a huge man with a booming voice, sat the boy down and asked him sternly, "Where is God?" The boy's mouth dropped open, but he made no response.So the elder repeated the question in an even sterner tone, "Where is God!!?" Again the wide-eyed boy made no attempt to answer.
The elder raised his voice and bellowed, "WHERE IS GOD!?" The boy screamed and bolted from the room, ran directly home and dove into a closet, slamming the door behind him.
When his older brother found him hiding, he asked, "What happened?"
The younger brother, gasping for breath, replied, "We are in BIG trouble this time. God is missing, and they think WE did it!"

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Donald B. Keck

Born 2 Jan 1941.American research physicist, who with his colleagues at Corning Glass, Dr. Robert Maurer and Dr. Peter Schultz, invented fused silica optical waveguide - optical fiber. This was a breakthrough creating a revolution in telecommunications, capable of carrying 65,000 times more information than conventional copper wire. In 1970, Maurer, Keck, and Schultz solved a problem that had previously stumped scientists around the world. They designed and produced the first optical fiber with optical losses low enough for wide use in telecommunications. The light loss was limited to 20 decibels per kilometer (at least one percent of the light entering a fiber remains after traveling one kilometer).
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