The population of a city is 451,400. the population is expected to decrease at a rate of 3.2% each year.
what function equation represents the population of the city after t years?
f(t)=451,400(0.968)tf(t)=451,400(0. 968)t
f(t)=451,400(0.032)tf(t)=451,400(0. 032)t
f(t)=451,400(3.2)tf(t)=451,400(3.2) t
f(t)=451,400(1.032)t

Find out the what function equation represents the population of the city after t years .

To prove

The population of a city is 451,400. The population is expected to decrease at a rate of 3.2% each year.

This can be represented by exponential decreasing function.

Where a is the initial value.

r is the rate in decimal form

t is the time.

Here

a = 451,400

3.2 % is written in the decimal form.

= 0.032

Put in the formula

Therefore the decrease in the population of the city after t years is represented by

5.25 ounces

step-by-step explanation:

divided 3/4 and 6