Home
Class 12
MATHS
Prove that the inequality |sinn x|len|si...

Prove that the inequality `|sinn x|len|sinx|` is valid for all positive integers `n`

Promotional Banner

Similar Questions

Explore conceptually related problems

Prove that quad 2^(n)>n for all positive integers n.

Prove that the function f(x)=x^(n) is continuous at x=n, where n is a positive integer.

inequality (1+x)^(n)>1+nx, (wherever x is positive and n is a positive integer).

Prove that (n!)^(2)

Prove that n^(2)-n divisible by 2 for every positive integer n.

Find the solution of the inequation (1)/(|3x -5|) gt 2 , where x is a positive integer

Prove that 5^(2n)-6n+8 is divisible by 9 for all possible integers n.

Use factor theorem to prove that (x+a) is a factor of (x^(n)+a^(n)) for any odd positive integer n .

Prove,by mathematical induction,that x^(n)+y^(n) is divisible by x+y for any positive odd integer n.