Check out Fematika’s channel: https://www.youtube.com/channel/UCIUPBxtBMQvssqSbx73t8SQ
cube root of i,
cbrt(i),
i^(1/3),
some complex analysis,
blackpenredpen,
math for fun,
source
Check out Fematika’s channel: https://www.youtube.com/channel/UCIUPBxtBMQvssqSbx73t8SQ
cube root of i,
cbrt(i),
i^(1/3),
some complex analysis,
blackpenredpen,
math for fun,
source
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This is soooo cool!
Not first
Can you please do this:
lim
(e^x/x)
X->inf
Without counting infinity?
always cool knowing different ways to solve same thing.
someone get this guy a bigger board
Why isn't the usual guy doing any videos anymore?
Why was the n value restricted to just 0, 1 and 2?
Why only look at REAL solutions? Especially when you started with a complex number and you end up with complex solutions anyway.
log(i)?
wtf its wrong ??? level of the channel???
Did he run a marathon before filming? Why is he so out of breath
Yeah, Fematica is yet another awesome math Youtube channel!
Poor planning, small board. Too bad he/she had to erase important parts!
Polar form is much easier but i love the rectangular form for some reason
Do the n-th root of i.
Guess I'm a devil worshipper.
-i
before i watch this, is the answer something like 0.5 + (sqrt(3)/2)i ?
Use he argand diagram and solve it in the polar form. It is so much easier. Once you get a solution the other two solution is only 120 degrees apart
Look I get you wanna be nice but can we not feat that kid anymore? It was fun for now, but I really am here for your videos
His mic is maxing out…
Hello, i've got (not)simple problem – equation, so:
x^(1/2) = -4
x = 16 * i^4
is this correct answer?
thanks for every help 😉
U could do
b³+1=0
b³=-1
Cube root both sides:
³√(b³)=³√(-1)
And u get this:
b=-1
I think its way easier than what you showed and u dont have to memotize that (a+b)(a²-ab+b²) (i think its right XD)
Video quality so bad
OMG i just got the reference! At 5:48 there's a reference to Dr. Peyam !!!!!!!
Hard work wasted
Guess, I'm a devil worshipper
-1^(1/6)
Done.
I have to say the first solution is easier to follow if longer to do.
Nice video
Great content! More from this guy in the future!
Holy shit he's breathing a lot
any 17 year olds or smaller here?
Can someone pls give me an idea on how to solve irt(i)? Pls only an idea and NOT a full solution.
Don't write 1 like a 7.
Wow! Never imagined it was possible to write with only one (1!) pen!!