$93.32
b.
$95.40
c.
$211.33
d.
$253.60
Answer:
The monthly payment is $93.32 ⇒ answer a
Step-by-step explanation:
* Lets explain how to solve the problem
- The monthly payment is
where:
# P is the loan amount
# r is the rate per period in decimal
# n is the number of periods
- The loan is $3000
- We need to find the monthly payment
∴ P = $3000
- The compound monthly interest is 7.5% for 36 months
∵ The period is 12 (1 year = 12 months)
- Divide the rate as a decimal by 12
∴
∴ r = 0.00625
∴ n = 36
* Lets calculate the monthly payment using the rule above
∵ Monthly payment =
∴ The monthly payment is $93.32
Answer:
$93.32
Step-by-step explanation:
0
2
Answer:
3 is the root of the equation.
Step-by-step explanation:
We have to find the root of the polynomial equation x(x-2)(x+3)=18.
We can find the same by using a graphing utility and the system of equations.
We can make two equations which are given by
Now, we plot the graph of these equations and the x-coordinate of the intersection point will be the root of the equation.
the graph has been shown in the attached file.
The intersection point is (3, 18) and the x-coordinate is 3.
Therefore, 3 is the root of the equation.
It has four choses and you didn't show the right one, answer is 3.
3(3-2)(3+3)=18
3(1)(6)=18
3*6=18
x > 1/2
x < 2
x > 2
Answer:
x < 2
Step-by-step explanation:
12x < 22 + x
First, get the constant and variable on separate sides by subtracting x.
12x - x < 22 + x - x
This will result in:
11x < 22
Finally, multiply both sides by 1/11,
this will result in 1 < 2, which should be written as:
x < 2