In a Geometric Progression, the 4th term is 8, and the 8th term is `(128)/(625)`. Find the Geometric Progression.

Find the geometric progression whose 4th term is 54 and the 7th term is 1458.

Find the geometric progression whose 5^(th) term is 48 and 8^(th) term is 384.

The 4^(th) term of a geometric progression is 2/3 and the seventh term is 16/81 . Find the geometric series.

Find the geometric progression with fourth term = 54 seventh term = 1458.

In a Geometric progression the sum of first three terms is 14 and the sum of next three terms of it is 112. Find the Geometric progression.

The first term of an arithmetic progression is 1 and the sum of the first nine terms equal to 369 . The first and the ninth term of a geometric progression coincide with the first and the ninth term of the arithmetic progression. Find the seventh term of the geometric progression.

The first term of an arithmetic progression is 1 and the sum of the first nine terms equal to 369 . The first and the ninth term of a geometric progression coincide with the first and the ninth term of the arithmetic progression. Find the seventh term of the geometric progression.

The first term of an arithmetic progression is 1 and the sum of the first nine terms equal to 369 . The first and the ninth term of a geometric progression coincide with the first and the ninth term of the arithmetic progression. Find the seventh term of the geometric progression.

The first term of an arithmetic progression is 1 and the sum of the first nine terms equal to 369 . The first and the ninth term of a geometric progression coincide with the first and the ninth term of the arithmetic progression. Find the seventh term of the geometric progression.