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ProfessionalEngineering# Geometric progression

##### This calculator computes n-th term and sum of geometric progression

If module of common ratio is greater than 1 progression shows exponential growth of terms towards infinity, if it is less than 1, but not zero, progression shows exponential decay of terms towards zero.

N-th term of the progression is found as

Partial sum to n

where q is not equal to 1

For q =1

The number of terms in infinite geometric progression will approach to infinity . Sum of infinite geometric progression can only be defined if common ratio is at the range from -1 to 1 inclusive.

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