Answer:
Premium is $2,677.95
The premium amortization on the 7th payment is $119
Explanation:
In order to arrive at the premium on the bond,it is necessary to compute the issuing price of the bond,which can be done using the pv formula in excel as shown below:
=-pv(rate,nper,pmt,fv)
rate is the semi-annual yield to maturity on the bond which is 6%/2=3%
nper is the number of coupon interest payable by the bond,which is 10 years multiplied by 2=20
pmt is the semi-annual coupon payable by the bond i.e 12%/2*$6000=$360
fv is the face value of the bond which is $6,000
=-pv(3%,20,360,6000)
pv=$8,677.95
premium=issue price -face value
premium=$$8,677.95-$6,000
premium=$2,677.95
The premium amortization is the excess of coupon payment over the interest expense.
In the attached, I calculated the premium amortization on the 7th payment.
I started by taking the issue price of $8677.95 ,added interest expense at 3% semi-annually ,deducted the coupon payment of $360,thereby leaving the outstanding balance at end of the year.
Note that the premium amortization is the excess of coupon payment over interest expense as colored coded.
Answer:
No Account Titles and Explanation Debit Credit
A. Raw material inventory $13,800
Direct material price variance $740
($13,800 - $13,060)
Account payable $13,060
(To record purchase of materials)
B. Work in process inventory $13,780
6,890 * ($13,800/6,900)
Direct material quantity variance $220
($13,780 - $13,560)
Raw materials inventory $13,560
6,780 * ($13,800/6900)
(To record materials issued to production)
Answer:
The future value of an annuity (FVA) is $828.06
Explanation:
The future value of an annuity (FVA) is the value of payments at a specific date in the future based on the payments being recurring and assuming a discount rate. The future value of an annuity (FVA) is based on regular cash flow. The higher the discount rate, the greater the annuity's future value.
Where:
FVA is The future value of an annuity (FVA)
P is payment per period
n is the number of period
r is the discount rate
Given that:
P = $195
r = 4% = 0.04
n = 4 years
substituting values
The future value of an annuity (FVA) is $828.06
Answer: Gemma took a <em>values inventory </em>in her career explorations class. This indicated to Gemma that money and status may mean a lot to her, but she also finds it healthy to maintain a work-life balance. The correct answer is B.
Explanation:
A values inventory is commonly given in school to help a student with their career goals. They are usually given a personality inventory, an aptitude assessment, and an interest inventory.
The values inventory worksheet has two separate sets of questions about life values and work values. On this worksheet, the student must choose from the columns of "must have, would like, and least important."
A few of the life values a student has to choose from are listed below.
1.) Being Healthy as can be.
2.) Having a happy family life
3.) Having a high status and prestige
4.) Having material possessions in life.
A few of the work values a student has to choose from are listed below.
1.) Being a leader at work.
2.) Working as a team member.
3.) Having experiences that are creative.
4.) Having job security.
Answer:
The present value of the future earnings is $51,981,214.36
Explanation:
The present value of the earning can be calculated by discounting the earnings for the next five years along with calculating the terminal value of earnings at the end of the five years when the growth rate in earnings becomes constant and discounting it back to the present value.
Taking the value in millions,
Present Value = 1 * (1+0.3) / (1+0.08) + 1 * (1+0.3)^2 / (1+0.08)^2 +
1 * (1+0.3)^3 / (1+0.08)^3 + 1 * (1+0.3)^4 / (1+0.08)^4 + 1 * (1+0.3)^5 / (1+0.08)^5 + [( 1 * (1+0.3)^5 * (1+0.02) / (0.08 - 0.02)) / (1+0.08)^5]
Present value = $51.98121436 million or $51,981,214.36
