Answer:
the standard deviation of demand during the 4-day lead time is 30
Explanation:
the computation of the standard deviation of demand during the 4-day lead time is given below;
= Sqrt(Lead time) × Std deviation daily demand
= Sqrt(4) × 15
=2 × 15
= 30
Hence, the standard deviation of demand during the 4-day lead time is 30
Answer:
Given that,
Beginning capital of Coburn = $55,000
Beginning capital of Webb = $95,000
Partnership earned net income = $71,000
Coburn made drawings = $17,000
Webb made drawings = $25,000
Income-sharing ratio = 30:70
Coburn's share in profits = Net income earned × 30%
= $71,000 × 0.3
= $21,300
Webb's share in profits = Net income earned × 30%
= $71,000 × 0.7
= $49,700
Therefore, the journal entry is as follows:
Profit and loss A/c Dr. $71,000
To Coburn's capital A/c $21,300
To Webb's capital A/c $49,700
(To record the allocation of net income)
FIFO LIFO
Year 1 $195,000 $177,500
Year 2 $390,000 $355,000
Ignoring income tax considerations, prepare the appropriate journal entry, dated January 1, Year 3, to report this accounting change. (If no entry is required for a transaction/event, select "No journal entry required" in the first account field.)
Answer:
Explanation: times all the number together
1. Prepare a schedule of depreciation expense, accumulated depreciation, and book value per year for the equipment under the three depreciation methods: straight-line, units-of-production, and double-declining-balance. Show your computations. Note: Three depreciation schedules must be prepared.
2. Which method tracks the wear and tear on the equipment most closely?
The straight-line method applies a consistent depreciation expense every year, the units-of-production method correlates depreciation with actual usage, and the double-declining-balance method accelerates depreciation. The units-of-production method tracks wear and tear on the equipment most closely.
Straight-Line Method:
Depreciation expense per year = (Cost - Residual value) / Useful life = ($33,000 - $6,000) / 4 = $6,750
Accumulated depreciation per year = Depreciation expense × Number of years
Book value per year = Cost - Accumulated depreciation
Units-of-Production Method:
Depreciation expense per hour = (Cost - Residual value) / Total estimated hours = ($33,000 - $6,000) / 6,750 = $3.26
Depreciation expense per year = Depreciation expense per hour × Number of hours operated
Accumulated depreciation per year = Sum of depreciation expenses each year
Book value per year = Cost - Accumulated depreciation
Double-Declining-Balance Method:
Depreciation expense = Book value at beginning of year × (2 / Useful life)
Accumulated depreciation per year = Sum of depreciation expenses each year
Book value per year = Cost - Accumulated depreciation
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The straight-line, units-of-production, and double-declining-balance depreciation methods result in different depreciation expenses which are based on the cost, salvage value, and usage of the equipment. The units-of-production method is the most accurate in tracking the wear and tear of the equipment as it considers the actual hours of operation.
The depreciation schedules for the three different methods; straight-line, units-of-production, and double-declining-balance, can be calculated as follows:
The units-of-production method most accurately tracks the wear and tear on the equipment as it directly ties the depreciation expense to the hours of the equipment's operation.
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Answer:
a. What is owners’ equity for 2018 and 2019?
owners' equity 2018 = $8,435
owners' equity 2019 = $7,381
b. What is the change in net working capital for 2019?
-$463
c-1. In 2019, the company purchased $8,038 in new fixed assets. The tax rate is 23 percent. How much in fixed assets did the company sell?
net capital spending = $14,511 - $14,060 + $3,885 = $4,336
net capital spending = fixed assets purchased - sold
$4,336 = $8,038 - fixed assets sold
fixed assets sold = $3,702
c-2. What is the cash flow from assets for the year?
operating cash flow = EBIT + depreciation - taxes = $18,593 + $3,885 - $4,276 = $18,202
cash flow from assets = operating cash flow - change in net working capital - net capital spending = $18,202 - (-$463) - $4,336 = $14,329
d-1. During 2019, the company raised $2,479 in new long-term debt. What is the cash flow to creditors?
new long term debts = $8,419 (2019) - $7,377 (2018) = $1,042
cash flow form creditors = new long term debts - interests = $1,042 - $995 = $47
d-2. How much long-term debt must the company have paid off during the year?
new long term debts = new debt - retired debt
$1,042 = $2,479 - retired debt
retired debt = $2,479 - $1,042 = $1,437
a)The owners' equity for 2018 and 2019 is $8,435 and $7,381. b) The change in net working capital for 2019 is $463. c-1) The fix assets sell are $3,702, c2-The cash flow from assets for the year is $14,329. d-1)The cash flow to creditors is $47 and d-2)The long-term debt that the company must have paid off during the year is $1,437.
a)owners' equity 2018 = $8,435 owners' equity 2019 = $7,381
b. The change in net working capital for 2019 is $463
c-1. The company purchased $8,038 in new fixed assets. The tax rate Is 23 percent. The fixed assets sold are:
net capital spending $14,511 $14,060+ $3,885-$4,336
net capital spending = fixed assets purchased-sold
$4,336 $8,038-fixed assets sold
fixed assets sold = $3,702
c-2. The cash flow from assets for the year is:
operating cash flow - EBIT + depreciation-taxes = $18,593 +$3,885- $4,276 $18,202
cash flow from assets = operating cash flow-change in net working capital- net capital spending $18,202 (-$463)-$4,336 $14,329
d-1. During 2019, the company raised $2,479 in new long-term debt. The cash flow to creditors is:
new long term debts = $8,419 (2019) - $7,377 (2018) = $1,042 cash flow form creditors = new long term debts interests $1,042 - $995 = $47
d-2. The long-term debt that the company must have paid off during the year is:
new long term debts = new debt-retired debt $1,042 $2,479 - retired debt
retired debt = $2,479 - $1,042 = $1,437
Learn more about equity, here:
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Answer:
the WACC is 8.65%.
Explanation:
Total firm capital = $450,000 + $150,000 + $350,000
= $950,000
Weight of debt in the capital structure = $450,000/ $950,000
= 47.37%
Weight of preferred stock in the capital structure
= $150,000/ $950,000
= 15.79%
Weight of common stock in the capital structure
= $350,000/ $950,000
= 36.84%
The weighted average cost of capital is calculated using the below formula:
WACC= Wd*Kd(1 - t) + Wps*Kps + We*Ke
where:
Wd = Percentage of debt in the capital structure.
Kd = The before tax cost of debt
Wps = Percentage of preferred stock in the capital structure
Kps = Cost of preferred stock
We = Percentage of common stock in the capital structure
Ke = The cost of common stock
T = Tax rate
WACC = 47.37%*8%*(1 – 0.30) + 0.1579*10% + 36.84%*12%
= 2.65272% + 1.5790% + 4.4208%
= 8.65252%
Therefore, the WACC is 8.65%.
The Weighted Average Cost of Capital (WACC) can be calculated by determining the weight of each component of the firm's capital structure and multiplying it by its respective cost. In this case, the WACC is 8.03%.
To calculate the Weighted Average Cost of Capital (WACC), we need to determine the weight of each component of the firm's capital structure and multiply it by its respective cost. The formula for WACC is:
WACC = (Debt / Total Capital) * Cost of Debt + (Preferred Stock / Total Capital) * Cost of Preferred Stock + (Common Stock / Total Capital) * Cost of Common Stock
Using the given information:
Debt = $450,000, Preferred Stock = $150,000, Common Stock = $350,000
Cost of Debt = 8%, Cost of Preferred Stock = 10%, Cost of Common Stock = 12%
We can substitute these values into the formula to calculate the WACC:
WACC = (450,000 / (450,000 + 150,000 + 350,000)) * 8% + (150,000 / (450,000 + 150,000 + 350,000)) * 10% + (350,000 / (450,000 + 150,000 + 350,000)) * 12%
Simplifying the equation:
WACC = 0.4 * 8% + 0.133 * 10% + 0.31 * 12%
Calculating the percentages:
WACC = 0.032 + 0.0133 + 0.0372
WACC = 8.03%
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b. 306
c. 500
d. 200
e. None of the above
Answer:
a. 300
d. 200
Explanation:
EOQ =
2 * 7500 * 30 / 0.5
EOQ = 948 units
When price is $48 per unit
EOQ = 968 units
Total cost = Holding cost + ordering cost + purchase cost
When the order is for 500 price is $48
Total cost = $2,400 + $30 + $24,000 = $26,430
When the order is for 300 price is $50
Total cost = $1,500 + $30 + $15,000 = $16,530
When the order is for 306 price is $50
Total cost = $1,530 + $30 + $15,300 = $16,860
When the order is for 200 price is $50
Total cost = $1,000 + $30 + $10,000 = $11,030
The best two possible order quantities are 200 and 300 which results in minimum total cost.