Answer: 21.32 per hour
Explanation:
Guitars produced each month = 100
considered good enough to sell = 82%
Remaining are scrapped = 18 %
Selling price of each guitar = $260
Each guitar requires = 10 labor hours
Each employee works an average = 160 hours per month
Labor is paid = $11 per hour
materials cost = $40 per guitar
overhead = $4,200
Therefore,
Number of guitars are good enough to sell = 82% of 100
= 82 guitars
Value of output = Number of guitars sell × Selling price of each guitar
= 82 × $260
= $21,320
Input in labor hours = Guitars produced each month × Labor hour employed in each guitar
= 100 × 10
= 1,000 hours
Labor productivity =
= 
= 21.32 per hour
Answer:
Value of S=$25000.
Explanation:
Value of P= $75000
Value of n= 5 years
Value of AOC= $36000+ $1500k (k=1 to 5)
Since the salvage value would be after 5 years=
S=($75000- $10000*5) = $75000- $50000= $25000.
Value of S=$25000.
Answer:
$2,800
Explanation:
Particulars Amount
Favorable temporary difference at the end of 20X2 $7000
* Income tax rate <u> 40% </u>
Deferred tax asset account at the end of 20X2 <u>$2,800</u>
Answer:
Explanation:
Present value of note = Annual payment x present value annuity factor
Annual payment = 8,400
PVAF = 4,7665
= $ 8,400 x 4.7665
= $ 40,038.60
So, the present value of note is $ 40,038.60
Answer:
Annual savings = 61,746.
Explanation:
The Net Present Value (NPV) is the difference between the present value (PV) of cash outflows and PV of cash inflow
At the internal rate of return the PC of annual cash savings will be equal to the investment cost
Initial cost = 211980
PV = annual cash savings = A× (1- (1+r)^(-n)/ r
A=? r-internal rate of return, 14%, n-number of years- 5
211980 = A (1- (1.14)^(-5)/ 0.14
211,980 = A× 3.433080969
A= 211,980/3.43308
A= 61746.28619
Annual savings = 61,746.
