Answer:
d. $137,604
Step-by-step explanation:
The amortization formula is good for this. It tells you the principal P that must be invested to support payments of A each year for t years when the interest rate is r:
P = A(1 -(1 +r)^-t)/r
P = $12,000(1 -1.06^-20)/0.06 ≈ $137,639.05
The closest answer choice is $137,604.
Answer:
Step-by-step explanation:
Remark
An angle bisector sets up a triangle ratio that looks like the following proportion.
3x - 3 5x
====== = ====== Cross multiply
24 44
44*(3x-3) = 24*5x Remove the brackets on the left
132x - 132 = 24*5x Combine the right side
132x - 132 = 120x Add 132 to both sides
132x = 120x + 132 Subtract 120x from both sides
132x- 120x = 132 Combine
12x = 132 Divide by 12
x = 11
I am not sure but I think you have to multiply 538 and 9 and get 4842 then divide 4842 by 15 and get 322.8. ( I am not sure if I'm right ).
Hello,
Shall we begin?
<span>F(x)=9x-6
</span>
F(1) = 9 * 1 - 6
F(1) = 9 - 6
F(1) = 3
Answers: 3
