A sequence, including the figures 1, 3, 9, 27, 81, where each term is multiplied because of the exact same consider order to search for the following term. Also referred to as geometric sequence.

A sequence in which each term except the foremost is gotten from the previous by multiplying it by a continuing value, known as the typical ratio associated with geometric development.

(mathematics) a progression for which each term is increased by a consistent so that you can have the after that term

A sequence, like the figures 1, 3, 9, 27, 81, which each term is increased because of the exact same factor in order to obtain the next term. Also known as geometric series.

A sequence where each term except the foremost is gotten through the earlier by multiplying it by a constant value, known as the typical proportion of geometric development.

(mathematics) a progression in which each term is multiplied by a consistent being obtain the after that term

A sequence, including the numbers 1, 3, 9, 27, 81, for which each term is increased because of the exact same consider order to obtain the next term. Also called geometric series.

A sequence, including the figures 1, 3, 9, 27, 81, in which each term is increased because of the same factor in order to search for the next term. Also called geometric sequence.

A sequence in which each term except the very first is obtained through the earlier by multiplying it by a consistent price, referred to as common ratio of the geometric development.

A sequence which each term except the first is obtained through the past by multiplying it by a constant worth, referred to as typical ratio for the geometric progression.

(mathematics) a progression for which each term is multiplied by a consistent to have the after that term

(mathematics) a progression for which each term is multiplied by a constant in order to receive the next term

## How would you define geometric progression?