- this maybe a good way to calcule the ,, ln i " ?

so given the Euler's formula of

e^ipi = -1

we know that -1 = i^2 so using this we can write

e^ipi = i^2 make square root on both sides and get

e^(ipi/2) = i^(2/2)

e^(ipi/2) = i make logarithm natural on both sides and get

ln e^(ipi/2) = ln i
(ipi/2)ln e = ln i
but we know that ln e = 1 so in this way we get

ln i = ipi/2

opinion please - tysm.

Question

- this maybe a good way to calcule the  ,, ln i " ?

so given the Euler's formula of

e^ipi = -1

we know that -1 = i^2 so using this we can write

e^ipi = i^2 make square root on both sides and get

e^(ipi/2) = i^(2/2)

e^(ipi/2) = i make logarithm natural on both sides and get

ln e^(ipi/2) = ln i 
(ipi/2)ln e = ln i 
but we know that ln e = 1 so in this way we get

ln i = ipi/2

opinion please - tysm.

XxXNessalulbaddieXxX · Answer

sheeeeeeeeeeeesh u did very wellllll , great way to caculate it

HighIQReptilian · Answer

Real quick, is ipi supposed to be the imaginary i times pi?

Timmyspu · Answer

That is a very good way to calculate that. Good job jhoneyy9

jhonyy9 · Answer

@timmyspu wrote:

That is a very good way to calculate that. Good job jhoneyy9

jhoneyy9 correct is jhonyy9 lol tysm

Ashtiel · Answer

my brains hurts because of that

Ashtiel · Answer

Great job, you did amazing

J4ke · Answer

Well done I wish we have the Equation option when we create New Posts.

Jayidc · Answer

You did good

officialJunior · Answer

Next college professor

200082741 · Answer

Awesome

LoverGIRL1 · Answer

here n late