(1 i)^2n (1-i)^2n = 2^n 1 cos(n pi /2) ; de-movire's theorem@eag
Published 2 years ago • 497 plays • Length 5:57
Download video MP4
Download video MP3
Similar videos
-
5:52
if `n` is a positive integer, prove that `1-2n (2n(2n-1))/(2!)-(2n(2n-1)(2n-2))/(3!) (-1)^(n-1...
-
0:33
a) show that if n is a positive integer, then ([ -1 / 2; n ]…
-
0:33
prove: if n is a positive integer, then gcd(2n 1, 4n^2 1) = 1 (hint: 4n^2 1 = (2n - 1)(2n 1…
-
6:00
if n is integer then show that `(1 i)^(2n) (1 - i)^(2n) = 2 ^(n 1) | class 12 maths | doubtnut
-
4:30
prove that (1 i)^n (1-i)^n=2^((n 2)/2).cos((npi)/4), where n is a positive integer. | class 12 ...
-
2:49
prove that `((2n 1)!)/(n!)=2^n[1.3.5.....(2n-1).(2n 1)]`
-
12:32
if n is an integer then show that(1 i)^2n (1-i)^2n=2^(n 1) cos n pi /2
-
12:53
mathematical induction with inequality
-
8:26
how to prove that if 2^n - 1 is prime for some positive integer n, then n is also prime
-
21:23
#25 proof principle of mathematical induction inequality factorial is divisible by 8 mathgotserved i
-
4:59
in be a positive integer greater than 2, shew that \[ 2^{n}1 n \sqrt{2^{n-1}} \]
-
15:59
mathematical induction - inequalities
-
10:57
if n is a positive integer and if(1 x x^(2))^(2n)=underset(r=0)overset(2n)(sum)a_(r)x^(r), then ...
-
7:30
prove that 2^n is greater than n for all positive integers n | mathematical induction | maths
-
0:16
this trick can make your rubik's cube 2x faster😱🔥#ytshorts#shorts#drcuber
-
2:55
if n is a positive integer, show that: `4^n-3n-1` is divisible by 9
-
6:08
if n be a positive integer, then prove that (1 i)^n (1-i)^n=2^(n/2 1).cos((npi)/4) | class 12 | ...
-
6:45
prove n! is greater than 2^n using mathematical induction inequality proof
-
2:15
if `n` is any positive integer, write the value of `(i^(4n 1)-i^(4n-1))/2` .
-
2:31
if n is a positive integer, then 2.4^(2n 1) 3^(3n 1) is divisible by : | class 12 | chapter...
-
5:01
if n is a positive inte show that(p iq)^(1/n) (p-iq)^(1/n)=2[p^2 q^2]^(1/2n) cos (1/n tan^-1 q/p)
-
0:39
how to prove that 3n(3n 4) (n–6)^2 is positive for all values of n - melissa maths
Clip.africa.com - Privacy-policy