The sum of `(p+q)^(th)" and "(p-q)^(th)` terms of an AP is equal to

Show that the sum of (m+n)^(th) and (m -n)^(th) terms of an A.P. is equal to twice the m^(th) term.

Show that the sum of (m + n)^(th) and (m – n)^(th) terms of an A.P. is equal to twice the m^(th) term.

Show that the sum of (m + n)^(th) and (m – n)^(th) terms of an A.P. is equal to twice the m^(th) term.

Show that the sum of (m + n)^(th) and (m – n)^(th) terms of an A.P. is equal to twice the m^(th) term.

Show that the sum of (m+n)^(th) and (m-n)^(th) terms of an A.P . Is equal to twice the m^(th) term.

Show that the sum of (m+n)^(th)and(m-n)^(th) term of an A.P is equal to twice the m^(th) term.

The sum of the pth and the qth term of an A.P. is equal to the sum of rth and sth term of it. Show that (p-r)th term and (s-q)th terms are equal

The sum of the 5 ^(th) and the 7^(th) terms of an A.P. is 52 and then 10^(th) term is 46. Find the A.P..

If the A.M. between p^(th) and q^(th) terms of an A.P. , be equal to the A.M., between m^(th) and n^(th) terms of the A.P. , then show that p + q = m + n .