Home
Class 12
MATHS
Let P(x) be a polynomial such that p(x)-...

Let P(x) be a polynomial such that p(x)-p'(x)= `x^(n)`, where n is a positive integer. Then P(0) equals-

Promotional Banner

Similar Questions

Explore conceptually related problems

If f(x) =(p-x^n)^(1/n) , p >0 and n is a positive integer then f[f(x)] is equal to

If f(x) =(p-x^n)^(1/n) , p >0 and n is a positive integer then f[f(x)] is equal to

If f(x)=(p-x^(n))^((1)/(n)),p>0 and n is a positive integer then f[f(x)] is equal to

If p(x) be a polynomial such that p(-a/b)=0 , then one of the factor of p(x) is

Let P = { x: x is a positive integer , x lt 6 }

Let P(x)=P(0)+P(1)x+P(2)x^(2) be a polynomial such that P(-1)=1 ,then P(3) is :

If p(x) is a polynomial such that p(x^2+1)={p(x)}^2+1 and p(0)=0 then p^1(0) is equal to

If f'(x)=(x-a)^(2n)(x-b)^(2p+1) , when n and p are positive integers, then :