Answer:
$32,000
Explanation:
Net advantage = Annual operating cost
Net advantage = [(Old machine - New machine)*10 life] - New machine cost + Old machine cost
Net advantage = [($320000 - $240000)*10] - $800000 + $32000
Net advantage = [($80000)*10 - $768,000
Net advantage = $800,000 - $768,000
Net advantage = $32,000
So, the net advantage of replacing the old machine is $32,000
Answer:
The correct answer is D.
Explanation:
Giving the following information:
The per-unit standards for direct labor are 2 direct labor hours at $15 per hour. If in producing 1800 units, the actual direct labor cost was $48000 for 3000 direct labor hours worked.
We need to calculate the total direct labor variance, using two formulas:
Direct labor efficiency variance= (SQ - AQ)*standard rate
Direct labor efficiency variance= (1,800*2 - 3,000)*15= $9,000 favorable
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual Quantity
Direct labor rate variance= (15 - 48,000/3,000)*3,000= $3,000 unfavorable
Total direct labor variance= 9,000 - 3,000= $6,000 favorable
Answer:
a. $880.74
b. 13 years
Explanation:
a. Conversion ratio = Current Value of bond / Conversion price = 1,000 / 93.4 = 10.71
Conversion price of bond = 10.71 × 28.60 = $306.31
Coupon = Par value of bond * Coupon rate = $1,000 * 6.4% = $64
Present value of straight debt is calculated below:
Present Value = $64 × [1-(1+7.4%)^-30 / 7.4%] + [$1,000 / (1+7.4%)^30]
= $64*11.93 + $117.46
= $763.28 + $117.46
= $880.74
.
Therefore, the minimum value of bond is $880.74
b. Conversion ratio = 10.71
Current stock price = $28.6
Suppose number of year the stock will take to reach above $1,140 is t.
Conversion value = Current stock price * Conversion ratio*(1+10.8%)^t
$1,140 = $28.6 * 10.71 * (1.108)^t
(1.108)^t = 3.7218
t = 12.8145 year.
t = 13 years
False - because not every business plans work
