Question

In: Accounting

1-Bomac steel sets aside $5000 at the beginning of every six months in a fund to...


1-Bomac steel sets aside $5000 at the beginning of every six months in a fund to renlace equipment. If interest is 6 % con quarterly, how much will be in the 1 five years?

2- An annuity with a cash value of $14 500 earns 7% semi-annually. End-of-period, semi-annual payments to the beneficiary are deferred for 7 years, and then continue for 10 years. How much is the amount of each payment?

Solutions

Expert Solution

Solution to Question no. 1:

In the books of Bomac Steel

(Amount in $)

Year - 1

Year - 2

Year - 3

Year - 4

Year - 5

Total

1st Half

2nd Half

1st Half

2nd Half

1st Half

2nd Half

1st Half

2nd Half

1st Half

2nd Half

Fund Invested

5000

5000

15000

5000

25000

5000

35000

5000

45000

5000

50000

Period of Holding

12

6

12

6

12

6

12

6

12

6

Effective Rate of Interest a (in %)

26.25

12.36

26.25

12.36

26.25

12.36

26.25

12.36

26.25

12.36

Interest Amount

1312.5

618

3937.5

618

6562.5

618

9187.5

618

11812.5

618

35902.5

Balance to be received at the end of 1st Five years

85902.5

Note: a Formula used to calculate the effective rate of interest (applying compounding principle):

Interest = {1 + (r/100)}^n

Where, r = Rate of interest, n = Time period;

Applying 6% rate of interest compounded over 12 months (n = 4) and 6 months (n = 2), we get the Effective Rate of Interest at 26.25% and 12.36% (rounded off to two decimal places)

Solution to Question no. 2:

(Amount in $)

Principle

Interest a

Sum Total

First Seven Years

14500

22910

37410

Second Ten Years

37410

107366.7

144776.7

Amount of each payment from the end of eighth-year b

14477.67 c

Note: a Formula used to calculate the effective rate of interest (applying compounding principle):

Interest = {1 + (r/100)}^(n × t)

Where, r = Rate of interest, n = Compounding Schedule and t = Time period;

Applying a 7% rate of interest compounded semi-annually (n = 2) and t = 7 (for the first seven years) and t = 10 (for the second ten years) we arrived at the results displayed above.

b Since the payments to the beneficiary have been deferred for 7 years he is to receive the annuity payments from the end of the eighth year.

c Value of each payment: (144776.7 / 10) = 14477.67


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