Answer: $9909
Explanation:
Let the amount that will be paid be represented by y. The question can now be solved as:
(10000 - y)/10000 × 360/182 = 0.018
(10000-y)/10000 = 0.018 × 182/360
(10000 - y)/10000 = 0.0091
10000-y = 0.0091 × 10000
10000 - y = 91
y = 10000 - 91
y = $9909
All national banks must be members of the Federal Reserve System, while state banks can join if they wish
Answer: I will vote in favor of the bill.
Explanation:
Based on the above scenario, I would vote in favor of the bill. The argument here is in the case of bankruptcy, if an individual is willing to pay their dues but because of unavoidable financial circumstances, the individual seeks more time or other assistance which can help so that the person will later pay. I believe it's a good idea which should be supported by the law.
The court should have the right to decide terms of mortgages to help debtors in order for them to pay their debts in future rather than forcing them to leave the house. It will also help the country deal with issue of facilitating housing to maximum number of individuals.
In my opinion, the judge's decision should be given prime importance as the judge must evaluate the intention of the debtor and the capability of the debtor to pay the debts
Answer:
$6,530.15
Explanation:
Calculation:
First, converting R percent to r a decimal
r = R/100
= 7.1%/100 = 0.071 per year.
Putting time into years for simplicity,
9 months / 12 months/year = 0.75 years.
Solving our equation:
A = 6200(1 + (0.071 × 0.75)) = 6530.15
A = $6,530.15
The total amount accrued, principal plus interest, from simple interest on a principal of $6,200.00 at a rate of 7.1% per year for 0.75 years (9 months) is $6,530.15.
Answer:
$224,174
Explanation:
Note : I have uploaded the full question below :
The Principle P that is required can be calculated from the given data though discounting future cash flows as follows :
FV = $1,000,000
r = 7½%
t = 20 × 12 = 240
P/yr = 12
Pmt = $0
PV = ?
Using a Financial Calculator to input the values as shown above, the PV would be $224,174 . Thus, the principal P that must be invested must be $224,174.
