Answer:
I) Days sales outstanding (DSO) for all customers? 48.7days
= (53*0.9)+(10*0.1) = 48.7 days
II) Net sales? $166.600
The Net sales = Gross sales - sales allowance
The discount amount due for the 10% discount customers = 2% of the 10% of 170 mn ==> 0.02 * 0.1 * 170 ===> 0.34 mn
∴ The Net sales = 17 - 0.34 mn = 16.66 mn
Amount paid by discount customers? $13.600
Explanation:
I. General Credit Policy Information
Credit stamps 2/10 Net 30
Days sales outstanding (DSO) for all customers 48.7days
DSO for customers who take the discount (10%) 10days
DSO for customers who forgo the discount (90%) 53days
II. Annual Credit Sales and Costs ($ millions)
Gross sales $170.000
Net sales? $166.600
Amount paid by discount customers $13.600
Amount paid by non discounted customers $153.000
Variable operating costs (82% of gross sales) $139.40
Bad debts $0.0
Credit evaluation & collection costs (10% of gross sales) $17.00
Answer:
The amount of depreciation expense that should be recorded for the second year is $28,600
Explanation:
The computation of the depreciation per units or bolts under the units-of-production method is shown below:
= (Original cost - residual value) ÷ (estimated production bolts)
= ($206,520 - $11,000) ÷ (752,000 bolts)
= ($195,520) ÷ (752,000 bolts)
= $0.26 per bolt
Now for the second year, it would be
= Production units in second year × depreciation per bolts
= 110,000 units × 0.26
= $28,600
Answer:
Efficiency of the system = Actual output/ Effective capacity*100
Efficiency of the system = 850/950*100
Efficiency of the system = 0.894737*100
Efficiency of the system = 89.47%
Utilization of the system = Actual output/Design capacity*100
Utilization of the system = 850/1200*100
Utilization of the system = 0.708333*100
Utilization of the system = 70.83%
Answer:
a) Q = 100M + 60C
b) L = 0
c) L = Q / 60
d) Cost = $66.67
Explanation:
a)
Let M be the self service machines and L be the cashiers hired by company.
M = self service machines
C = hired cashiers
Q = Total output
Each self service machine can process 100 orders per hour = 100M
Cashier can process 60 orders per hour = 60C
Then,
Q = 100M + 60C
b)
Marginal Product of self service machine = 100 / 20 = 5 order per dollar
Marginal Product of cashier = 60 / 10 = 6 order per dollar
Marginal Product of cashier is higher than Marginal Product of self service machine(6 > 5).
Then, demand for self service machine is zero.
L = 0
c)
L = Orders to be processed / Order processed per cashier
L = Q / 60
d)
L = Q / 60
L = 400 / 60 = 6.66666667
Cost = L x 10 = 6.66666667 x 10 = $66.67
Hope this helps!
Answer:
Net realizable value less a normal profit margin.
Explanation:
Lower of cost or market rule of inventory states that cost of inventory recorded must be that at which cost is lower, and the original cost is the current market price.
This occurs when the inventory has become obsolete, market price has declined, or inventory has deteriorated
Net realisable value is defined as selling price minus estimated cost of completion.
So the market value should not be less than net realizable value less a normal profit margin.
