The ratio of the sums of m and n terms of an A.P is `m^(2):n^(2)`. Show that the ratio of m^(th)` and `n^(th)` term is (2m-1) : (2n -1) .

The ratio of the sum of m and n terms of an A.P. is m^(2):n^(2) . Show that the ratio of m^(th) and n^(th) term is 2m - 1 : 2n - 1 .

The ratio of the sums of m and n terms of an A.P is m^2:n^2 . Show that the ratio of m^(th) and n^(th) terms is (2m — 1): (2n — 1).

The ratio of the sums of m and n terms of an A.P is m^(2) :n^(2) . Show that the ratio of the mth and nth term is (2m-1) : (2n-1) .

The ratio of the sums of m and n terms of an A.P is m^(2): n^(2) , then the ratio of the m^(th) and n^(th) terms is

The ratio of the sums of m and n terms of an A.P. is m^2: n^2 .Show that the ratio of m^(t h) and n^(t h) term is (2m" "-" "1)" ":" "(2n" "-" "1) .

The ratio of the sum of m and n terms of an A.P. is m^(2) :n^(2) . Show that the ratio mth and nth term is (2m-1) : (2n-1).

The ratio of the sum of m and n terms of an A.P. is m^(2) :n^(2) . Show that the ratio mth and nth term is (2m-1) : (2n-1).

The ratio of the sum of m and n terms of an A.P. is m^(2) :n^(2) . Show that the ratio mth and nth term is (2m-1) : (2n-1).

The ratio of the sum of m and n terms of an A.P. is m^(2) :n^(2) . Show that the ratio mth and nth term is (2n-1) : (2n-1).