if the A.M. between `pth and qth` terms of an A.P. be equal to the A.M. between `rth and sth` terms of the A.P., then show that `p+q=r+s`

If the A.M. between pth and qth terms of an A.P. be equal to the A.M. between rth and sth terms of the A.P., show that p +q= r+s.

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 .

If the A.M. between mth and nth terms of an A.P. be equal to the A.M. between pth and qth terms of an A.P. then prove that m+n=p+q .

If the A.M. between p^(th) and q^(th) terms of an A.P be equal to A.M between r^(th) and s^(th) terms of A.P then

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

If the pth term of an A.P. is q and its qth term is p then its mth term is :

If the pth term of an A.P. is q and the qth term is p , then find its rth term.

If the pth term of an A.P. is q and the qth term is p , then find its rth term.

If the pth term of an A.P. is q and the qth term is p , then find its rth term.