Answer:
Option (D) is correct.
Explanation:
Total Overhead Cost:
= (Overhead × Number of cases) for all products
= (20 × 350) + (25 × 550) + (17 × 650)
= 31,800
Total Machine Hours:
= Machine hours × Number of cases
= (5 × 350) + (3 × 550) + (4 × 650)
= 6,000
Overhead Rate:
= Total Overhead Cost ÷ Total Machine Hours
= 31,800 ÷ 6,000
= 5.30
Total product cost per case for Product GC:
= Direct Material + Direct Labor + Overhead
= 80 + 30 + (Machine hours × Overhead Rate)
= 80 + 30 + (3 × 5.3)
= 80.00 + 30.00 + 15.90
= $125.90
Answer:
correct option is $13,000
Explanation:
given data
leases office = $7,000 per month
Phoenix incurs = $65,000
yield benefits = 8 years
remaining on its lease = 5 years
solution
we know that The cost of leasehold improvement is depreciate whichever is less
(a) Remaining Lease Term
(b) estimated useful life of improvement
so Annual depreciation of Leasehold Improvement will be here
Annual depreciation of Leasehold Improvement =
Annual depreciation of Leasehold Improvement = $13,000
so correct option is $13,000
-.444 anything divided by nine is the numerator repeating, just add a - sign
If the original price of Dima’s skirt was $54, the amount that she have saved at the store was option(b)i.e, $1.80.
Let's just take the sales price of the skirt Dima purchased from the discount shop as the rate of the other retailer is not provided.
Original price: $54
Discount rate: 30%
$54 x 30% = $16.20 value of the discount
$54 - 16.20 = $37.80 discounted price.
Since Dima's friend told her she could have had a better deal at a different store, this means that the discount rate is higher than 30%. i.e, the discount is 33.33%
$54 x 33.33% = $17.99 value of the discount
$54 - 17.99 = $36.00 discounted price.
Discount store: $37.80
Different store: $36.00
The different store sales price is cheaper by $1.80
Therefore, she could have saved $1.80 at the store her friend suggested.
To know more about discount rate refer to: brainly.com/question/13660799
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Answer:
Loan Amortization Table is attached with this answer, please find it
Explanation:
First of all we calculate the Loan Payment per period
Loan Payment per year = r ( PV ) / 1 - ( 1 + r )^-n
Loan Payment per year = 0.11 ( (102,049 - 40,000 ) / 1 - ( 1 + 0.11 )^-4
Loan Payment per year = $6,825.39 / 0.341269 = 20,000 per year