" The "5" th,"8" th and "11" th terms of a G.P.are "p,q" and "s" respectively.Show that "q^(2)=ps

The 5th, 8th and 11th terms of a G.P. are p, q and s, respectively. Show that q^(2)=ps.

The 5th, 8th and 11th terms of a G.P. are p, q and s, respectively. Show that q^(2)=ps.

The 5th ,8th , 11th , terms of a G.P. are p,q and s, respectively .Show that q^(2) =ps

The 5th, 8th and 11th terms of a G.P. are p, q and x, respectively. Show that q^2=ps .

The 5th, 8th and 11th terms of a G.P. are P, Q and S respectively. Show that Q^(2)='PS .

If 5^(th),8^(th) and 11^(th) terms of a G.P.are p,q and s respectively then

The 5^th , 8^th and 11^th terms of a GP are p, q and s respectively. Prove that q^2 = ps .

The 5^(th),8^(th) and 11^(th) terms of a G.P. are p,q and s respectively. Then q^2 =………

The 5th, 8th, and 11th terms of a GP are p, q and s respectively. Find relation between p,q and s.

The p^ (th) , q^ (th) and r^ (th) terms of an A.P. are a, b, c respectively. Show that (q-r)a+(r-p) b+(p-q) c=0