Question

Ebuka's monthly rent is

Answer 1

Answer:

750(1.04)^t

Step-by-step explanation:

Looked it up on khan academy

Answer 2

Answer:

$R(t)=750\cdot 1.04^t$

Step-by-step explanation:

Function Modeling

We need to find a function that models the total cost R(t) of Ebuka's rent if he pays it  t weeks late.

We know that the normal rate for the rent is $750. Each week she will be charged by an additional 4%. Let's suppose she is 1 week late. The rent will be

$750+4\%\cdot 750=750+4/100\cdot 750=750+30=780$

Assuming the percent interest is computed on the previous value, if Ebuka is 2 weeks late, the payment should be

$810+4/100\cdot 810=842.4$

Since the new value is computed from the previous value, it's an exponential grow, and the rate of change is

$1+4/100=1.04$

Each week t Ebuka is late, the total payment is

$\boxed{R(t)=750\cdot 1.04^t}$