Question: MBF3C Unit 2 : Exponential Equations GROWTH and DECAY Practice Questions Burlington's population P, in hundred thousands, can be modeled by the equation P =

 MBF3C Unit 2 : Exponential Equations GROWTH and DECAY Practice Questions

MBF3C Unit 2 : Exponential Equations GROWTH and DECAY Practice Questions Burlington's population P, in hundred thousands, can be modeled by the equation P = 1.5(1.15), where t is the number of years after 2015. (a) What is the initial population of Burlington in 2015? (b) Determine the population of Burlington in 2025. .5. SEUM (c) Determine the population of Burlington in 2005. (d) What is the growth rate ? ( in percent ) 2. A ball is dropped from a height of 10 m. On each bounce, the ball rises to 70% of its previous height. (a) What is the initial height? (b) Determine the decay rate in decimal. (c) Determine the decay factor. previous (d) What is the equation look like

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