Answer:
The account balance after 4 years will be $2,420.
Explanation:
First we need to add Bob and Judy's amount to find the total amount that will be deposited. (1260+975)=2,235.
Now we will break up the annual interest into monthly interest because it will be compounded monthly. 2/12=0.166.
Then we will break up the 4 years into months also because the interest is compounded monthly. 4*12=48
Now we use the formula for compound interest
Final amount = Principal*(1+R)^N
Principal = 2,235
R= 0.166% or 0.00166
N= 48
We put these values into our formula
2,235*(1+0.00166)^48
=2,420
Answer:
The answer is letter C
Explanation:
Market interest rates decline sharply.
Based on the amount it would cost to build the machine and the interest rate as well as the payoff, the following are true:
a. The machine will take a year to build which means the payoff will only start coming in next year.
First find the present value of the perpetuity:
= 70 / 5%
= $1,400
You then need to find the present value of the above in the current period:
= 1,400 / ( 1 + 5%)
= $1,333
NPV is:
= 1,333 - 1,000 cost
= $333
B. If the amount produced increases by 1%, you should use the Gordon Growth Model:
<em>= Next payoff / ( Interest - Growth)</em>
=70/ ( 5% - 1%)
= $1,750
Take this to current year:
= 1,750 / 1.05
= $1,667
NPV will be:
= 1,667 - 1,000
= $667
Find out more about NPV at brainly.com/question/7254007.
The answer is “Bond Maturity Date”.
