If `m` times the `m^(t h)` term of an A.P. is equal to `n` times its `n^(t h)` term, show that the `(m+n)^(t h)` term of the A.P. is zero.

If m times the m^(th) term of an A.P. is equal to n times its n^(th) term, then show that the (m + n)th term of the A.P. is zero.

If m times the m^(th) term of an A.P is equal to n times its n^(th) term, show that the (m + n)^(th) term of the AP is zero.

If m times the m^(th) term of an A.P. is equal to n times its n^(th) term , then show that (m+n)^(th) term of the A.P. is zero .

If m times the m^(th) term of an A.P. is equal to n times the n^(th) term, prove that the (m+n)^(th) term of the A.P. is zero.

If m times the mth term of an A.P is equal to n times its nth term then show that (m+n)th term of the A.P is zero .

If m time the m^(th) term of an Arithmetic Progression is equal to n times its n^(th) term and mnen ,show that the (m+n)^(th) term of the AP is zero .

If 10 times the 10 t h term of an A.P. is equal to 15 times the 15 t h term, show that 25 t h term of the A.P. is zero.

If m times the mth term of an A.P. is equal to n times its nth term, find (m + n) th term of the A.P.: