filmov
tv
(n-1)(2n-2)
0:01:40
Find the Product (n-1)(2n-2)
0:04:47
Induction Inequalities Proof (n^2 ≥ 2n+1)
0:05:37
MATHEMATICAL INDUCTION. 1+3+5+7+....+(2n-1)=n^2
0:07:39
(n+1)^2+(n+2)^2 +..... +(2n)^2= n(2n+1)(7n+1)/6 || Principal of Mathematical Induction | CBCS/GU
0:08:49
Induction Inequality Proof: 3^n is greater than or equal to 2n + 1
0:07:58
Prove: C(2n,n) = C(n,0)^2 + C(n,1)^2 +...+ C(n,n)^2 | Combinatorics
0:01:30
Binomial theorem: Divisibility shortcut SE2 : Show that 11^(n+2)+12^(2n+1) is divisible by 133
0:01:12
Σ(2+n)/(1-2n) from 1 to ∞
0:16:44
MTSE | Exponents and Powers | Maths Talent Search Examination | Class 7 #mtse #surequestions
0:06:05
Infinite Series Convergence and Divergence Example with SUM((2n)!/(n!)^2) Ratio Test
0:08:08
Mathematical Induction with Divisibility: 3^(2n + 1) + 2^(n + 2) is Divisible by 7
0:01:52
Determine if sequence converges or diverges, if converges find limit {ln (2n^2+1) - ln(n^2 +1)}
0:10:48
Sum of arctan(1/(2n^2))
0:05:07
Prove 3^(2n+1) + 2^(n-1) is divisible by 7 using Mathematical Induction
0:11:21
28) Show that (1+i)^2n +(1-i)^2n = 2^n+1 Cos nπ/2 || Demoivre's Theorem || 7 Marks Problem
0:01:00
Prove that 2n choose n is always even
0:02:03
Determine if the Sequence a_n = (2n - 1)!/(2n + 1)! Converges or Diverges
0:05:57
(1+ i)^2n + (1-i)^2n = 2^n+1 Cos(n pi /2) ; De-Movire's theorem@EAG
0:12:27
Induction Inequality Proof Example 6: [2^(2n)]*(n!)^2 ≥ (2n)!
0:17:08
#26 Proof Principle of Mathematical Induction 2+4+6+ 2n nn+1 mathgotserved induction worksheet exa
0:04:22
Prove that 2nCn = 2^n[1.3.5……(2n-1)]/n!| Combination | Best Tutorial | Mathematics | NCERT | Quantit
0:04:30
Using mathematical induction, prove the following `n(n+1)(2n+1), n in N` is divisible by 6.
0:02:15
Se a média aritmética entre n, n – 1, 2n + 1 e 4 é 10, determine o valor de n. Somatize - Edna
Вперёд