First, second and seventh terms of an A.P. (all the terms are distinct), whose sum is 93, are in G.P.Fourth term of this G.P. is

First, second and sevents terms of an A.P. (all the terms are distinct), whose sum is 93, are in G.P. Fourth term of this G.P. is

First, second and sevents terms of an A.P. (all the terms are distinct), whose sum is 93, are in G.P. Fourth term of this G.P. is

The first, second and seventh terms of an arithmetic progression (all the terms are distinct) are in geometric progression and the sum of these three terms is 93. Then, the fourth term of this geometric progression is

The first, second and seventh terms of an arithmetic progression (all the terms are distinct) are in geometric progression and the sum of these three terms is 93. Then, the fourth term of this geometric progression is

If the second and seventh terms of an A.P. are 2 and 22 respectively. Find the sum of first 35 terms:

The sum of the third and the seventh terms of an A.P. is 6 and the product is 8. Find the sum of first sixteen terms of the A.P.

The seventh term of a GL.P.is 8 xx the fourth term and the term is 48. Find the G.P.

The fourth, seventh and tenth terms of a G.P. are p,q,r respectively, then

The fourth, seventh and tenth terms of a G.P. are p,q,r respectively, then

The sum of the third and seventh terms of an A.P is 6 and their product is 8 find the sum of first sixteen terms of the A.P.