How to evaluate 1(3) 3(5) 5(7) … (2n-1)(2n 1)

1(3) + 3(5)0:03:23

1(3) + 3(5) + 5(7) + … + (2n-1)(2n+1)

`lim_(n- gtoo)(1/(1. 3)+1/(3.0:02:26

`lim_(n- gtoo)(1/(1. 3)+1/(3. 5)+................+1/((2n-1)(2n+1)))`

Sum of squares0:03:49

Sum of squares of odd Numbers 1^2 + 3^2+ 5^2 + ... + (2n -1)^2 Derivation | Formula | PRMO RMO IIT

Factorials Explained!0:11:17

Factorials Explained!

p(2n-1):p(2n+1,n-1)=5:30:00:16

p(2n-1):p(2n+1,n-1)=5:3

Solving one step0:02:15

Solving one step equations using subtraction

Prove that 2nCn0:04:22

Prove that 2nCn = 2^n[1.3.5……(2n-1)]/n!| Combination | Best Tutorial | Mathematics | NCERT | Quantit

Prove that: `((2n)!)/(n0:03:38

Prove that: `((2n)!)/(n !)={1. 3. 5 (2n-1)}2^ndot`

How to determine0:01:49

How to determine the rule for a sequence

Simplify0:05:21

Simplify

This trick can0:00:16

This trick can make your rubik's cube 2x faster😱🔥#ytshorts#shorts#drcuber

Arithmetic Progression (AP),0:07:07

Arithmetic Progression (AP), find the 1st, 10th and nth term.

`(1)/(3.5)+(1)/(5.7)+(1)/(7.9)+......` `+(1)/((2n+1)(2n+3))=(n)/(3(2n+3))`0:05:51

`(1)/(3.5)+(1)/(5.7)+(1)/(7.9)+......` `+(1)/((2n+1)(2n+3))=(n)/(3(2n+3))`

If `((243)^(n/5) 3^(2n+1))/(9^n0:02:43

If `((243)^(n/5) 3^(2n+1))/(9^n 3^(n-1)) = x` , then the value of x is

Number Patterns |0:01:01

Number Patterns | MathHelp.com

Functions IIT Questions0:00:48

Functions IIT Questions NO 11 ( X Class)

Maths short tricks0:06:20

Maths short tricks | Sum of natural numbers

Fnd the value:0:02:26

Fnd the value: `((243)^(n/5) 3^(2n+1))/(9^n.3^(n-1))`

Maths Ki Problem0:00:23

Maths Ki Problem 😜 PIHOOZZ

Quadratic Equations IIT0:00:57

Quadratic Equations IIT Questions No 05 ( X Class)

How to Answer0:00:27

How to Answer Any Question on a Test

Sequence sums by0:04:10

Sequence sums by Archimedean property: lim(n→∞)⁡(3n+1)/(2n+5)=3/2 and lim(n→∞)⁡(n2-1)/(n3+3)=1/2

The value of0:03:17

The value of `i^(1+3+5+...+(2n+1))` is (1) i if n is even, -i if n is odd (2) 1 if n is even, ...

Prove 3^(2n+1) +0:05:07

Prove 3^(2n+1) + 2^(n-1) is divisible by 7 using Mathematical Induction