Let mass after h hours be modeled as: M = 50 × (1.08)^h.

Sat, 18 Apr 2026 20:35:53 +0000

# Understanding Exponential Growth: Modeling Let Mass After Hours with M = 50 × (1.08)^h When managing biological systems, material degradation, or inventory in dynamic environments, understanding how quantities evolve over time is crucial. One powerful way to model exponential growth (or decay) is through the formula: M = 50 × (1.08)^h where:
- M represents the mass at time h hours
- 50 is the initial mass
- (1.08)^h models exponential growth at a continuous rate of 8% per hour