Find the area (A=?) of the s...
[2571] Find the area (A=?) of the s... - Find the area (A=?) of the shaded square if length of red line p=51. Express result to the accuracy of 3 decimal. - #brainteasers #math #riddles - Correct Answers: 39 - The first user who solved this task is Manguexa Wagle
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Find the area (A=?) of the s...

Find the area (A=?) of the shaded square if length of red line p=51. Express result to the accuracy of 3 decimal.
Correct answers: 39
The first user who solved this task is Manguexa Wagle.
#brainteasers #math #riddles
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Some people are good at being in love

Some people are good at being in love. Some people are good at love. Two very different things, I think. Being in love is the romantic part—sex all the time, midday naps in the sheets, the jokes, the laughs, the fun, long conversations with no pauses, overwhelming separation anxiety… Just the best sides of both people, you know? But love begins when the excitement of being in love starts to fade: the stress of life sets in, the butterflies disappear, the sex not so often, the tears, the sadness, the arguments, the cattiness; the worst parts of both people. But if you still want that person by your side through all of those things… that’s when you know—that’s when you know you’re good at love.
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Hermann Minkowski

Born 22 Jun 1864; died 12 Jan 1909 at age 44. German mathematician who developed the geometrical theory of numbers and who used geometrical methods to solve difficult problems in number theory, mathematical physics, and the theory of relativity. By 1907, Minkowski realised that the work of Lorentz and Einstein could be best understood in a non-euclidean space. He considered space and time, which were formerly thought to be independent, to be coupled together in a four-dimensional "space-time continuum". Minkowski worked out a four-dimensional treatment of electrodynamics. His idea of a four-dimensional space (since known as "Minkowski space"), combining the three dimensions of physical space with that of time, laid the mathematical foundation of Albert Einstein's general theory of relativity.
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