This is a tricky answer, because:
the length of the loan, the interest rate, and the down payment will all affect the total cost of the loan
--BUT--
your credit history can help determine the interest rate you are offered, the length of the loan offered, and the downpayment required.
I think this is an unfair question, but the answer the teacher is looking for is A. credit history because it has an INDIRECT effect on total cost and not a DIRECT effect like the others.
Answer:
?
Explanation:
I really dont know man like for real
Answer:
She will have $16,772.59 more in the second investment.
Explanation:
Giving the following information:
Recently she received an inheritance of $54,000 from her grandmother's estate. She plans to use the money for the down payment on a home in ten years when she finishes her education.
We need to use the following formula:
FV= PV*(1+i)^n
First savings account:
FV= 54,000*(1+0.04)^10= $79,933.19
Second investment:
FV= 54,000*(1+0.06)^10= $96,705.78
She will have (96,705.78 - 79,933.19) $16,772.59 more in the second investment.
Answer:
Explanation:
What is given:
Demand Prob Cumulative Prob
5 0.25 0.25
10 0.45 0.70
15 0.20 0.90
20 0.10 1.00
Cost of underage or profit lost, Cu = Selling price - Cost per dozen = 10 - 6.35 = 3.65
Cost of overage or cost of a lost sale, Co = Cost per dozen - Salvage value = 6.35 - 2 = 4.35
The critical fractile CF = Cu / (Co + Cu) = 3.65 / (4.35 + 3.65) = 0.456
For the order quantity to become optimal it shoud be greater than or equal to the CF.
Let's see when this happens:
Demand (dozens) Prob Cumulative Prob
5 0.25 0.25 < 0.456
10 0.45 0.70 > 0.456
15 0.20 0.90
20 0.10 1.00
This hapeens for 10 dozens of order size.
Answer:
D) M1 falls by $1,000, and M2 is unchanged.
Explanation:
since checking account comes under M1, a transfer would result in fail, Therefore, a transfer would result in a change in M1 but shows no effect on M2
