An initial population of 1,500 increases at an annual rate of 15%. write an exponential function to model the population increase. use the function to find the population after 15 years.

An exponential growth function is in the form of where a is the initial value and b is the growth rate and is not equal to 0, b> 1.

As per the given statement: An initial population of 1,500 increases at an annual rate of 15%.

let t  be the time in years.

Initial Population(a) = 1500

rate(b)  = 5%

then;

= increases 15% each year.

Then; by definition of exponential

we have an equation:

......[1];

where 1500 represents the initial population.

Now, to find the population after 15 years.

t = 15 years

Substitute in equation [1] we get;

Simplify:

P(15) =12205.5924437 population.

Therefore, the population after 15 years is, 1,2205.59(nearest hundredths) population.

these sign is used to tell weather the number is greater or less than the number   <   or >     but this sign means its equal =    

hope this you and

step-by-step explanation: