Answer: Option D
Explanation: Internal rate of return ,denoted as IRR, is the rate at which the net present value of a capital investment is zero. It is the rate at which the cash flows of the investment are discounted back to calculate the present value.
While, required rate of return is that return which an investor expects to achieve over time from a capital project.
Thus, one would only select a capital project only if the NPV of a project is positive which can only happen when the return on investment, that is, IRR, is greater than cost of capital, that is, required rate of return.
Answer:
$42,800
Explanation:
The computation of the net income for the year is shown below:
= Service revenue - advertising expense - depreciation expense - insurance expense - rent expense - salaries & wages expense - supplies expense
= $133,000 - $20,600 - $11,900 - $3,100 - $17,300 - $31,400 - $5,900
= $42,800
We simply deduct all the expenses from the service revenue so that the net income for the year could come
Answer:
$48,100
Explanation:
Computation of total manufacturing cost incurred during the year is seen below;
Direct materials used
$13,700
Direct labor used
$27,700
Total factory overhead
$6,700
Total manufacturing cost incurred
$48,100
Therefore, the total manufacturing cost incurred during the year is $48,100
Answer:
The correct answer is D.
Explanation:
Giving the following information:
Total Cost Production (units)
April $119,400 281,300
May 92,000 162,800
June 99,000 238,000
<u>To calculate the variable cost per unit and the total fixed cost, we need to use the following formula:</u>
Variable cost per unit= (Highest activity cost - Lowest activity cost)/ (Highest activity units - Lowest activity units)
Variable cost per unit= (119,400 - 92,000) / (281,300 - 162,800)
Variable cost per unit= $0.231
Fixed costs= Highest activity cost - (Variable cost per unit * HAU)
Fixed costs= 119,400 - (0.231*281,300)
Fixed costs= $54,701
Answer:
Price of bond is = $ 1057
Explanation:
As we know that;
Price of bond = C * [1-(1+r)∧-n] / r + F / (1+r)∧n
where C = periodic coupon payment = 1000 * 6%= 60
F = Face value of bond = 1000
r = yield to maturity = 5% = 0.05
n = number of periods till maturity = 7 years
Putting values;
= 60 * [ 1- (1+ 0.05)∧-7 ]/ 0.05 + 1000 / (1+0.05)∧7
= 60 * (0.2893 / 0.05) + 710
= 60 * 5.786 + 710
= 347.16 +710
= 1057
