Answer:
PMT x {[(1 + r)^n – 1]/r}
Explanation:
The formula for calculation the future value of an ordinary annuity is given as :
PMT x {[(1 + r)^n – 1]/r} ;
Where ;
PMT = Payment amount ; r = discount rate
n = number of payments
For ordinary annuity, payment are made at the end of each period as opposed payment made at the beginning of the period for annuity due.
Answer:
A.
0.833
Explanation:
m = 3
Arrival rate, ra = 45 per hour
Service rate, re = 18 per hour per lane
Utilization factor = ra/(m.re)
= 45/(3*18)
= 0.833
Therefore, The utilization factor of the system is 0.833
Answer:
$92,400
Explanation:
Coolwear incorporation has a balance in its prepaid insurance account of $48,400
In 2018, $86,000 was paid for insurance
At the end of 2018, the balance was $42,000 after adjusting entries were recorded
Therefore the insurance expense for 2018 can be calculated as follows
= $48,400 + $86,000-$42,000
= $134,400-$42,000
= $92,400
Hence the insurance expense for 2018 is $92,400
A <u>bond</u> represents a long-term debt obligation issued by a corporation or a government.
Debt obligation method a responsibility to make a repayment of cash to any other man or woman, inclusive of debts payable and the responsibilities springing up beneath promissory notes, payments of trade, and bonds;
A collateralized debt responsibility is a sort of based asset-backed safety. at the beginning advanced as contraptions for the company debt markets but after 2002 CDOs have become cars for refinancing mortgage-backed securities.
Month-to-month Debt obligations approach a purchaser's housing charges, along with month-to-month rent or mortgage fee, and required payments below any debt obligations (which includes the patron's month-to-month charge below the mortgage and insurance for the vehicle to be acquired under the mortgage).
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Answer:
7%
Explanation:
It would grow by 7% each year which is the rate of return on stocks
