Linked from

The 13 pages that link to Geometric progression, each with the reason it gives.

• SequenceBroader topic: Repeated multiplication generates terms and determines their growth or decay.

• Recurrence relationBroader topic: Multiplication by a fixed ratio defines a simple first-order recurrence.

• Arithmetic progressionCompared with: Its terms have a constant ratio rather than a constant difference.

• Logarithmic scaleRelated: Equal steps on the scale correspond to successive terms with a constant ratio.

• Geometric meanRelated: The geometric mean is the middle term between two positive values in a geometric progression.

• MalthusianismRelated: Malthus contrasted geometric population growth with slower growth in food production.

• Thomas Robert MalthusRelated: Malthus contrasted geometric population growth with the slower arithmetic increase he assigned to food.

• CompoundingRelated: Its terms model the successive values created by repeated compounding.

• Integer sequenceBroader topic: Integer-valued examples result when repeated multiplication preserves integrality.

• Titius–Bode lawNarrower topic: The law’s approximate spacing resembles a geometric progression after its initial term.

• Geometric mean theoremRelated: A geometric mean is the middle term of a three-term geometric progression.

• Dermott's lawNarrower topic: The law describes satellite periods as an approximate geometric progression.

• Erdős–Szemerédi theoremCompared with: Geometric progressions have small product sets, the multiplicative counterpart to additive structure.