IMathAS-libretexts

Characteristics of Exponential Functions
In the equation $\displaystyle {y}={5}{\left({0.25}\right)}^{{x}}$ , the decay rate as a % is 0.25% In the equation $\displaystyle {y}={5}{\left({1.06}\right)}^{{x}}$ , the growth rate as a % is 1.06%. In the equation $\displaystyle {y}={5}{\left({0.25}\right)}^{{x}}$ , the decay rate as a % is 25%. In the equation $\displaystyle {y}={5}{\left({0.25}\right)}^{{x}}$ , the decay rate as a % is 75%. In the equation $\displaystyle {y}={5}{\left({1.06}\right)}^{{x}}$ , the growth rate as a % is 6%.

Characteristics of Exponential Functions

According to the Mini-Lesson, which of the following are TRUE statements? Check all that apply.

In the equation $\displaystyle {y}={5}{\left({0.25}\right)}^{{x}}$ , the decay rate as a % is 0.25%
In the equation $\displaystyle {y}={5}{\left({1.06}\right)}^{{x}}$ , the growth rate as a % is 1.06%.
In the equation $\displaystyle {y}={5}{\left({0.25}\right)}^{{x}}$ , the decay rate as a % is 25%.
In the equation $\displaystyle {y}={5}{\left({0.25}\right)}^{{x}}$ , the decay rate as a % is 75%.
In the equation $\displaystyle {y}={5}{\left({1.06}\right)}^{{x}}$ , the growth rate as a % is 6%.