Answer:
total monthly payment is $973.03
Step-by-step explanation:
given data
costs = $175,000
down payment = 10%
house value paid = 1.2%
to find out
monthly payment for a 30 year i.e 360 months
solution
we consider here rate of interest for 30 year is 4.25% so monthly interst rate will be
= 0.00375
so We have present value Ap = 0.9 ( 175000) = $157500
and the monthly escrow payment is
monthly escrow payment =
× 0.012 × 175000
monthly escrow payment = $175
so monthly payment formula is
monthly payment =
..................1
here r is rate and n is time period
so
monthly payment = 
monthly payment = 798.03
so the payment to the loan is $798.03 each month
and Then the total monthly payment is = $798.03 + $175
total monthly payment is $973.03
I will determine the log base 2 of x for the x-values in the set {1, 2, 4, 8, 16}.
I will use these properties:
log base m of m^n = n,
Which written with the math editor is:
<span>

1) x = 1
1 = 2^0 =>

2) x = 2
2 = 2^1 =>

3) x = 4
4 = 2^2 =>

4) x = 8
8 = 2^3 =>

5) x = 12
16 = 2^4 =>

6) Now you can plot the points on the graph. The points that you have to plot are:
(1,0)
(2,1)
(4,2)
(8,3)
(16,4)
</span>
Answer:
you left one out the answer is D). There was more variation in scores for 4th period.
Step-by-step explanation: