Answer:
the interest rate is missing, so I looked for similar questions and found that the semiannual interest rate is 3%.
first of all, we must determine the amount of money that we need to have in our account in order to be able to withdraw $25,000 in 10 years.
You will start making your semiannual deposits today and they will end in exactly 2 years, so we need to find out the present value of the $25,000 in two years:
PV = $25,000 / (1 + 3%)¹⁶ = $15,579.17
that is now the future value of our annuity due:
FV = semiannual deposit x FV annuity due factor (3%, 5 periods)
$15,579.17 = semiannual deposit x 5.46841
semiannual deposit = $15,579.17 / 5.46841 = $2,848.94
Answer:
11.61%
Explanation:
First, find the annual percentage return (APR) of this annuity. Using a financial calculator, input the following;
Recurring payment; PMT = -450
Future value ; FV = 27,000
Duration of investment ; N = 4*12 = 48 months
One -time present value; PV = 0
then compute interest rate; CPT I /Y= 0.92% (this is monthly rate)
APR = 0.92*12 = 11.035%
Effective Annual Rate (EAR) formula is as follows;
EAR = (1+
) ^m -1
EAR = 1+
)^12 -1
EAR = 1.1161 -1
EAR = 0.1161 or 11.61%
Answer:
Inventory $200,000
Cash $50,000
Notes payable $150,000
Explanation:
Data provided in the question:
Cost of the inventory purchased = $200,000
Amount paid in cash = one-fourth
= one-fourth of $200,000
= $50,000
For the remaining balance signed a note i.e = $200,000 - $50,000
= $150,000
Now,
This transaction will be recorded as:
Inventory $200,000
Cash $50,000
Notes payable $150,000
I think the answer would be alone
The gross debt is the total amount of debt the gov. has issued . the difference is that the net debt does not include debt owned by the gov. to itself
