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

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.

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

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.

(iv) Show that the sum of (m+n)^(t)h and (m-n)^(th) term of an AP is equal to twice the mth term?

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

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

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.

If (m+n)^(th) term and (m-n)^(th) terms of a G.P. are p and q respectively. Then the m^(th) term is

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