The Feynman point refers to the sequence of six consecutive 9's which can be located from the 762nd to 767th digits of pi. It's named after Feynman because he said he wanted to memorize pi to that point and say "nine, nine, nine, nine, nine, nine and so on".
The "Feynman Point" is a series of six nines in pi. It starts at the 762nd decimal place.π = 3.1415926 ... 1134999999837 ...The series is named after Richard Feynman for claiming in a lecture that he wanted to memorize pi up to the 762nd digit so that he could end his recitation with "nine, nine, nine, nine, nine, nine, and so on." This would give the false impression that pi is rational, since infinitely repeating nines indicate a terminating decimal (see "Wikipedia article '0.999...'" in related links).
There is only one decimal point in the number Pi
This depends on wether you want your answer in radians or degrees. If you want the answer in degrees, the highest and lowest point of the sin graph wil always be 90, 270, 450... and crosses the zero point at 180, 360, 540... If you want your answer in radians, the graph crosses the zero point, at pi, 2 pi, 3 pi... and has it's highest/lowest point at 1/2 pi, 1 1/2 pi, 2 1/2 pi...
The angles of a triangle sum to pi radians, or the angles at a point sum to 2*pi radians.
The Feynman point is the sequence of six 9s which begins at the 762nd decimal place of Pi or π.
The Feynman point is the sequence of six 9s which begins at the 762nd decimal place of Pi or π.
The Feynman point refers to the sequence of six consecutive 9's which can be located from the 762nd to 767th digits of pi. It's named after Feynman because he said he wanted to memorize pi to that point and say "nine, nine, nine, nine, nine, nine and so on".
The Feynman Point
The "Feynman Point" is a series of six nines in pi. It starts at the 762nd decimal place.π = 3.1415926 ... 1134999999837 ...The series is named after Richard Feynman for claiming in a lecture that he wanted to memorize pi up to the 762nd digit so that he could end his recitation with "nine, nine, nine, nine, nine, nine, and so on." This would give the false impression that pi is rational, since infinitely repeating nines indicate a terminating decimal (see "Wikipedia article '0.999...'" in related links).
Richard Feynman's birth name is Feynman, Richard Phillips.
Joan Feynman was born in 1928.
There is only one decimal point in the number Pi
Richard Feynman was born on May 11, 1918.
Richard Feynman was born on May 11, 1918.
The Feynman Lectures on Physics was created in 1964.
The probability of a specific sequence of six consecutive decimal digits occurring early in the decimal representation of pi is usually only about 0. 08% (or more precisely, about 0. 0762%). However, if the sequence can overlap itself (such as 123123 or 999999) then the probability is less. The Feynman point is the first occurrence of four and five consecutive identical digits, but not six.