Home
Class 9
MATHS
Use factor theorem to verify that y+a is...

Use factor theorem to verify that y+a is factor of `y^(n)+a^(n)` for any odd positive integer n .

Text Solution

Verified by Experts

The correct Answer is:
odd positive integer n.
Promotional Banner

Topper's Solved these Questions

  • POLYNOMIALS

    MTG IIT JEE FOUNDATION|Exercise EXERCISE (Subjective problems (Long answer type))|5 Videos
  • POLYNOMIALS

    MTG IIT JEE FOUNDATION|Exercise EXERCISE (Integral /numerical value type)|10 Videos
  • POLYNOMIALS

    MTG IIT JEE FOUNDATION|Exercise EXERCISE (Subjective problems (Very short answer type))|9 Videos
  • NUMBER SYSTEMS

    MTG IIT JEE FOUNDATION|Exercise Olympiad/HOTS Corner|20 Videos
  • PROBABILITY

    MTG IIT JEE FOUNDATION|Exercise OLYMPIAD/HOTS CORNER|20 Videos

Similar Questions

Explore conceptually related problems

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

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

Which is not the factor of 4^(6n)-6^(4n) for any positive integer n?

If a and b are distinct integers,prove that a-b is a factor of a^(n)-b^(n), wherever n is a positive integer.

If a and b are distinct integers then prove that (a-b) is a factor of (a^(n)-b^(n)) , whenever n is a positive integar.

If and b are distinct integers,prove that a-b is a factor of whenever n is a positive integer.

Show that n^(2)-1 is divisible by 8, if n is an odd positive integer.

The expression 31^(n) + 17^(n) is divisible by, for every odd positive integer n :