Jeanne has $14800, 3 and half year loan with a high APR of 8.57 due to her less-than-average credit rating. What is the monthly payment for this loan?
Answer:
$409.57
Step-by-step explanation:
The formula for loan payment is given by:
pv = present value
r = rate per period
n = number of periods
Loan period is 3 and half years
for monthly payments, number of periods is (3 and half years) x 12 months
= 3.5 x 12 months = 42 months
Annual Payment Rate = 8.57 percent = 8.57/100 =0.0857
Rate per month = Annual Payment Rate /12 months
= 0.0857/ 12 = 0.00714
P = 
= 
= $409.57
Easy, 491,022,004...
Hope that helps! :)
Refer the attached figure of the graph (Option A) that shows the solution to the given equation
<u>Step-by-step explanation:</u>
The given logarithmic equation is
The solution to this logarithmic equation is where the graph of
When comparing above with the given equation, we find that y = 1.
Now, find the 'x' value by using this. So, applying log base 3 rule on right side, we get as below,
x = 3 - 2 = 1
Plot the asymptote and the point (1 , 1). Sketch the log curve using those two reference facts. Hence, concluded the graph in option A as solution to the given equation.
The answer is when you have a electrical current. Step by step is that you have to look. at the outlet
The volume is 675 because when you multiply 20x15 you get 300 and when you multiply 25x15 you get 375. When you add 375+300 you get 675 as your volume.
