Show that the sum of `(m+n)^(th) and (m-n)^(th)` term of an AP 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.

32.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

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

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

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

The m^(th) term of an A.P. is n and n^(th) term is m its p^(th) term is

For a GP, if (m+n)^(th) term is p and (m-n)^(th) term is q, then m^(th) term is ……. .

The sum of the 4^(th) and 8^(th) terms of an AP is 24 and the sum of its 6^(th) term and 10^(th) term is 44. Find the first three terms of the AP.

If the n^(th) term of an A.P is (5n-2) ,find its 19^(th) term