- #1
jeff.sadowski
- 11
- 0
I know of Euler's equation
e^i(pi)-1=0
but i saw another equation that interested me.
And I'd like to see if i can prove it somehow and wondering the best way to do so
(pi^4+pi^5)^(1/6)=e
is this correct? or is this just a close approximation of e?
it doesn't sound right to me for it to be e but i would like to prove it.
trying to break up and reassemble riemann sums just starts to get messy way too fast can someone think of an easier way?
pi^4+pi^5=e^6
but then i get stuck
e^i(pi)-1=0
but i saw another equation that interested me.
And I'd like to see if i can prove it somehow and wondering the best way to do so
(pi^4+pi^5)^(1/6)=e
is this correct? or is this just a close approximation of e?
it doesn't sound right to me for it to be e but i would like to prove it.
trying to break up and reassemble riemann sums just starts to get messy way too fast can someone think of an easier way?
pi^4+pi^5=e^6
but then i get stuck