Solve this math problem.
Remember the Pythagorean theorem where you found the hypotenuse of a right triangle
as "c" using the equation a squared + b squared = c squared?
Like this : a↑2 + b↑2 = c↑2
So instead of "squared"(2) use "n" : a↑n + b↑n = c↑n
Solve this where n is greater then 2 and a,b,c and n are positive integers.
See you in 300 years.
Professor solves 300-year-old math question - CNN Video
Remember the Pythagorean theorem where you found the hypotenuse of a right triangle
as "c" using the equation a squared + b squared = c squared?
Like this : a↑2 + b↑2 = c↑2
So instead of "squared"(2) use "n" : a↑n + b↑n = c↑n
Solve this where n is greater then 2 and a,b,c and n are positive integers.
See you in 300 years.
Professor solves 300-year-old math question - CNN Video
