Answer: customers' lack of money
Explanation:
Here, in this particular case we can state that the restaurateur Andrew who owns and run a popular contemporary but expensive Chinese restaurant is addressing the fact that customer's lack money. The fact in this particular case is that consumers are willing to pay a modest amounts for the small amount of food being served while in contrast not paying for the "atmosphere" of his restaurant.
Suppose you make a £550,000 sale to a British customer who has 60 days to pay you in cash.
The customer will pay you in British pounds, but your company is based in the United States, so you are most concerned with the dollar value of the payment.
If the customer pays you £550,000 today, how much is that worth in dollars?
Answer:
$707,379.75 USD
Explanation:
Each Pound sterling is worth $1.29 USD
The value in dollars of a £550,000 payment depends on the exchange rate between the British pound and the US dollar on the day of payment, and without knowing the exchange rate we can't determine the exact value.
Explanation:The payment's dollar value will be determined by the exchange rate between the British pound and the US dollar on the payment date. Without the exchange rate provided, I cannot give a definitive figure. For example, if the exchange rate on the day of payment is 1.3 dollars to the pound, then the payment would be worth $715,000 (1.3 * £550,000). But if the exchange rate was 1.4 dollars to the pound, the payment would be worth $770,000. Therefore the value can fluctuate greatly depending on the day's exchange rate.
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Adrienne worked 88 hours during a biweekly period. Her standard workweek comprises 38.5 hours and company policy states that employees may receive overtime or compensatory time for hours worked in excess of 38.5. She has requested compensatory time in lieu of overtime, in keeping with company policy. She must receive _____________ hours of compensatory time.
Answer:
She must receive 11 hours of compensatory time
Explanation:
Company policy pays overtime if workers exceed 38.5 hours per week.
38.5 X 2 weeks = 77 hours
Adrienne worked 88 hours, therefore:
88 hours worked - 77 non overtime hours = 11 overtime hours
Fuqua Company's sales budget projects unit sales of part 198Z of 10,000 units in January, 12,000 units in February, and 13,000 units in March. Each unit of part 198Z requires 4 pounds of materials, which cost $2 per pound. Fuqua Company desires its ending raw materials inventory to equal 40% of the next month's production requirements, and its ending finished goods inventory to equal 20% of the next month's expected unit sales. These goals were met at December 31, 2016.
The production budget for January and February 2017 follow:
FUQUA COMPANY
Production Budget
For the Two Months Ending February 28, 2017
January February
Expected units sales 10,000 12,000
Add: Desired ending finished goods inventory 2,400 2,600
Total required units 12,400 14,600
Less: Beginning finished goods inventory 2,000 2,400
Required production units 10,400 12,200
Prepare a direct materials budget for January 2017.
FUQUA COMPANY
Direct Materials Budget
For the Month Ending January 31, 2017
January
Units to be produced 10,400
Direct material pounds per unit 4
Total pounds needed for production 41,600
Add: Desired pounds in ending materials inventory
Total materials required
Less: Beginning direct materials
Direct materials purchases
Cost per pound $2
Total cost of direct materials purchased
Direct Materials Budget:
Budgets are used by companies for planning purposes and for comparison purposes after to see how their expectations compare to what they actually spent. A direct materials budget is used to predict how much direct materials will need to be purchased and what the predicted cost will be.
Answer
The answer and procedures of the exercise are attached in the following archives.
Explanation
You will find the procedures, formulas or necessary explanations in the archive attached below. If you have any question ask and I will aclare your doubts kindly.
The preparation of the Direct Materials Budget for Fuqua Company is as follows:
FUQUA COMPANY
Direct Materials BudgetFor the Month Ending January 31, 2017
January
Units to be produced 10,400
Direct material pounds per unit 4
Total pounds needed for production 41,600 (10,400 x 4)
Add: Desired pounds in
ending materials inventory 4,880 (12,200 x 40%)
Total materials required 46,480 (41,600 + 4,880)
Less: Beginning direct materials 4,160 (10,400 x 40%)
Direct materials purchase 42,320 (46,480 - 4,160)
Cost per pound $2
The total cost of direct materials
purchased $84,640 (42,320 x $2)
What is a direct materials budget?The direct materials budget is a budget of the number of materials that must be purchased within a period, to fulfill the requirements of the production budget.
The direct materials budget helps management to estimate the quantity of raw materials to be purchased for each period.
The overall purpose of the direct materials budget is to fulfill the production requirements and to provide adequate inventories.
Data and Calculations:
January February March
Budgeted sales units 10,000 12,000 13,000
Materials required per unit = 4 pounds
Cost per pound = $2
Desired ending raw materials inventory = 40% of next month's production requirements.
Desired ending finished goods inventory = 20% of next month's sales
FUQUA COMPANY
Production BudgetFor the Two Months Ending February 28, 2017
January February
Expected units sales 10,000 12,000
Add: Desired ending finished goods inventory 2,400 2,600
Total required units 12,400 14,600
Less: Beginning finished goods inventory 2,000 2,400
Required production units 10,400 12,200
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Ayayai Corp. issued 3,200 5%, 5-year, $1,000 bonds dated January 1, 2022, at face value. Interest is paid each January 1.
(a) Prepare the journal entry to record the sale of these bonds on January 1, 2022.
Answer:
Explanation:
The journal entry is shown below:
On January 1, 2022
Cash A/c Dr $3,200,000 (3,200 shares × $1,000)
To Bonds payable A/c $3,200,000
(Being the sale of the bond is recorded)
While recording the sale of the bond we debited the cash account as cash is received and credited the bond payable account as bond is sold.
The interest rate is ignored
In general, it is possible to eliminate ________ risk by holding a large portfolio of assets.
A) unsystematic
B) systematic
C) unsystematic and systematic
D) market specific
Answer:
Letter A is correct. Unsystematic.
Explanation:
Unsystematic risk is that inherent in a specific sector of the market or company. The inherent risks of investing in only one company or industry may include the entry of new competitors, which may cause market loss, regulatory changes, managerial changes, withdrawal from the market and other uncertainties that are not always foreseeable by investors. .
Ideally to avoid this kind of risk is to invest in a diversified equity portfolio.
Southern Hydraulic Supply is undertaking a review of their inventory policies. A typical product is a small hydraulic fitting. Currently, Southern orders 1,000 of these fittings at a time from their supplier. The demand for the fittings is 52,000 per year, the ordering cost is $50 per order, and the cost to hold one fitting in inventory for one year is $1.25. Each unit costs $8. What is the total annual cost of Southern’s current inventory policy? Group of answer choices $2039 $300,000 $418,550 $419,225
Answer:
$418,550
Explanation:
Steps are shown below:
a. The computation of the economic order quantity is shown below:
= [tex]\sqrt{\frac{2\times \text{Annual demand}\times \text{Ordering cost}}{\text{Carrying cost}}}[/tex]
= [tex]\sqrt{\frac{2\times \text{52,000}\times \text{\$50}}{\text{\$1.25}}}[/tex]
= 2,040 units
b. The number of orders would be equal to
= Annual demand ÷ economic order quantity
= $52,000 ÷ 2,040 units
= 25.49 orders
c. The average inventory would equal to
= Economic order quantity ÷ 2
= 2040 units ÷ 2
= 1,020 units
d. The total cost of ordering cost and carrying cost equals to
Ordering cost = Number of orders × ordering cost per order
= 25.49 orders × $50
= $1,275
Carrying cost = average inventory × carrying cost per unit
= 1,020 units × $1.25
= $1,275
So, the total annual cost would be
= Purchase cost + ordering cost + carrying cost
= $416,000 + $1,275 + $1,275
= $418,550
Purchase cost = Annual demand × cost per unit
= 52,000 × $8
= $416,000
Barbara made a contract to sell a house to Bolton. The agreement stated that it was contingent upon the buyer being able to secure a loan at nine percent interest. The buyer obtained the loan and sought to enforce the contract. Barbara then claimed that the contract was not binding because the contract did not impose an obligation on both parties because of the loan provision. Was the contract binding? Explain your answer.
Answer and Explanation:
A due on sale clause is simply a stipulation in the mortagage agreement that the
"borrower if he wants to sell the property to some other person, first of all he (borrower) shall repay the entire outstanding mortagage amount and then only it is possible to sell the property which is secured under Mortagage agreement.
Hence in essence, the borrower must repay before selling it to some other person which will result in paying the sale proceeds of house to the lender first and the Borrower again has to take loan sometimes from the same lender.
Hence it is imperative that the mortagage obligation cannot be transferred to any other person. That is any subsequent buyer cannot ASSUME the mortagage. Therefore due on sale
Clause prevents assuming of mortagages.
Foutz Corporation has entered into a 8 year lease for a piece of equipment. The annual payment under the lease will be $3,600, with payments being made at the beginning of each year. If the discount rate is 17%, the present value of the lease payments is closest to: (Round to nearest dollar)
Answer:
$17,721
Explanation:
The computation of the Net present value is shown below
The discount factor should be computed by
= 1 ÷ (1 + rate) ^ years
where,
rate is 17%
Year = 0,1,2,3,4 and so on
Discount Factor:
For Year 1 = 1 ÷ 1.17^0 = 1
For Year 1 = 1 ÷ 1.17^1 = 0.8547
For Year 2 = 1 ÷ 1.17^2 = 0.7305
For Year 3 = 1 ÷ 1.17^3 = 0.6244
For Year 4 = 1 ÷ 1.17^4 = 0.5377
For Year 5 = 1 ÷ 1.17^5 = 0.4561
For Year 6 = 1 ÷ 1.17^6 = 0.3898
For Year 7 = 1 ÷ 1.17^7 = 0.3332
So, the calculation of a Present value of all yearly cash inflows are shown below
= Year 0 cash inflow × Present Factor of Year 0 + Year 1 cash inflow × Present Factor of Year 1 + Year 2 cash inflow × Present Factor of Year 2 + Year 2 cash inflow × Present Factor of Year 2 + Year 3 cash inflow × Present Factor of Year 3 + Year 4 cash inflow × Present Factor of Year 4 + Year 5 cash inflow × Present Factor of Year 5 + Year 6 cash inflow × Present Factor of Year 6 + Year 7 cash inflow × Present Factor of Year 7
= $3,600 × 1 + $3,600 × 0.8547 + $3,600 × 0.7305 + $3,600 × 0.6244 + $3,600 × 0.5377 + $3,600 × 0.4561 + $3,600 × 0.3898 + $3,600 × 0.3332
= $3,600 + $3,077 + $2,630 + $2,248 + $1,921 + $1,642 + $1,403 + $1,200
= $17,721
We take the first four digits of the discount factor.
To calculate the present value of the lease payments, use the formula for the present value of an annuity. Plug in the values of the annual payment, discount rate, and number of years. Solve the equation to find the present value.
Explanation:To calculate the present value of the lease payments, we need to discount each payment to its present value using the discount rate. In this case, the annual payment is $3,600, and the discount rate is 17%. We can use the formula for the present value of an annuity to calculate the present value of the lease payments. The formula is:
PV = PMT × (1 - (1 + r)^-n) / r
where PV is the present value, PMT is the annual payment, r is the discount rate, and n is the number of years.
Plugging in the values, we have:
PV = $3,600 × (1 - (1 + 0.17)^-8) / 0.17
Solving this equation will give us the present value of the lease payments closest to the nearest dollar.
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True or False? Given that so many countries around the world already use care management and evidence-based medicine in their health systems, there is little interest in US MCOs' expertise in this area.
The answer Is false I'm 93% positive that's the answer
1. Executive Chalk is financed solely by common stock and has outstanding 25m shares with a market price of $10 per share. It now announces that it intends to issue $160m old debt and to use the proceeds to buy back common stock (from Brealey, Myers, and Allen.) a. How is the market price of the stock affected by the announcement? b. How many shares can the company buy back with the $160m of new debt that it issues? c. What is the market value of the firm (equity plus debt) after the change in capital structure? d. What is the debt ratio (D/E) after the change in structure? e. Who (if anyone) gains or loses?
Answer:
a. $10 per share
b. 16 million shares
c. $250 million
d. 64%
e. No one gain or loss
Explanation:
a. The expected market price of the common stock is same as given in the question i.e $10 per share
b. The buy back shares would be
= New debt value ÷ market price per share
= $160 million ÷ $10
= 16 million shares
c. The market value of the firm would be
= (Outstanding shares - buy back shares) × market price per share + debt value
= (25 million shares - 16 million shares) × $10 + $160 million
= $90 million + $1260 million
= $250 million
d. The debt ratio would be
= Debt value ÷ market value of the firm
= $160 million ÷ 250 million
= 64%
e. No one gain or loss
Brinker accepts all major bank credit cards, including First Savings Bank's, which assesses a 4.5% charge on sales for using its card. On May 26, Brinker had $5,000 in First Savings Bank Card credit sales. What entry should Brinker make on May 26 to record the deposit
A)On July 9, Mifflin Company receives a $8,900, 90-day, 12% note from customer Payton Summers as payment on account. Compute the amount due at maturity for the note. (Use 360 days a year.)
B)On November 1, Orpheum Company accepted a $11,300, 90-day, 12% note from a customer to settle an account. What entry should be made on the November 1 to record the note acceptance
C)Jervis sells $2,700 of its accounts receivable to Northern Bank in order to obtain necessary cash. Northern Bank charges a 4% factoring fee. What entry should Jervis make to record the transaction
D) Craigmont uses the allowance method to account for uncollectible accounts. Its year-end unadjusted trial balance shows Accounts Receivable of $142,500, allowance for doubtful accounts of $1,045 (credit) and sales of $1,115,000. If uncollectible accounts are estimated to be 8% of accounts receivable, what is the amount of the bad debts expense adjusting entry?
E) On February 1, a customer's account balance of $4,200 was deemed to be uncollectible. What entry should be recorded on February 1 to record the write-off assuming the company uses the allowance method
F) On December 31 of the current year, the unadjusted trial balance of a company using the percent of receivables method to estimate bad debt included the following: Accounts Receivable, debit balance of $98,100; Allowance for Doubtful Accounts, credit balance of $1,051. What amount should be debited to Bad Debts Expense, assuming 4% of outstanding accounts receivable at the end of the current year are estimated to be uncollectible
Answer:
Dr Cash $4,775
Dr Credit Card Expense 225
Cr Credit Sales 5,000
Explanation:
5,000 x 4.5% = $225 credit card expense
5,000 - 225 = $4,775 debit to cash
Dr Cash $4,775
Dr Credit Card Expense 225
Cr Credit Sales 5,000
A) $8,900 * (90/360) * (12/100) = $267
= $8,900 + $267
= $9,167
B) Dr Note Receivable $11,300;
Cr Accounts Receivable $11,300.
C) Dr cash $2,592;
Dr factoring fee expense $108;
Cr Accounts receivable $2,700
D) $142,500 x 8/100 = 11,400.00
= $11,400.00 + $1,045
= $12,445.00
E) Dr Allowance for doubtful debt - $4,200
Cr Account Receivable - $4,200
F) $98,100 x 4/100 = $3,924.00
= $3,924.00 - $1,051
= $2,873.00
Eric has another get-rich-quick idea, but needs funding to support it. He chooses an all-debt funding scenario. He will borrow $2 comma 000 from Wendy, who will charge him 6% on the loan. He will also borrow $1 comma 500 from Bebe, who will charge him 8% on the loan, and $800 from Shelly, who will charge him 14% on the loan. What is the weighted average cost of capital for Eric?
Answer:
Cost of Capital = 8.186
Explanation:
given data
borrow $2,000
charge = 6%
borrow = $1,500
charge = 8%
borrow = $800
charge = 814%
to find out
weighted average cost of capital for Eric
solution
we get first Total Capital value that is
Total Capital value = Value of Wendy + Value of Bebe + Value of Shelly
Total Capital value =$ 2000 + $1500 + $800
Total Capital value = $4300
and
Weight of Wendy will be = Value of Wendy ÷ Total Capital Value
Weight of Wendy = [tex]\frac{2000}{4300}[/tex]
Weight of Wendy =0.4651
and
Weight of Bebe will be = Value of Bebe/Total Capital Value
Weight of Bebe = [tex]\frac{1500}{4300}[/tex]
Weight of Bebe = 0.3488
and
Weight of Shelly will be = Value of Shelly/Total Capital Value
Weight of Shelly = [tex]\frac{800}{4300}[/tex]
Weight of Shelly = 0.186
so
Cost of Capital is here = Weight of Wendy × Cost of Wendy + Weight of Bebe × Cost of Bebe + Weight of Shelly × Cost of Shelly
put here value
Cost of Capital = 6 × 0.4651 + 8 × 0.3488 + 14 × 0.186
Cost of Capital = 8.186
The weighted average cost of capital (WACC) is calculated based on the proportion of each loan and its respective interest rate. In this scenario, Eric borrows money from three sources at different interest rates. The WACC for Eric's funding is 8.19%.
Explanation:The weighted average cost of capital (WACC) is used to calculate the average cost of capital for a company. In Eric's scenario, he is borrowing money from three different sources, each with a different interest rate. To calculate the WACC, we need to determine the proportion of each loan and multiply it by the respective interest rate.
Let's calculate:
Loan from Wendy: $2,000 at 6% = $120Loan from Bebe: $1,500 at 8% = $120Loan from Shelly: $800 at 14% = $112Next, we sum up the total amount borrowed: $2,000 + $1,500 + $800 = $4,300. The weighted average cost of capital is then the total interest paid divided by the total amount borrowed:
Total interest paid = $120 + $120 + $112 = $352
WACC = $352 / $4,300 = 8.19%
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Most fraud investigators utilize the fraud triangle theory. A new theory called the fraud diamond has been proposed. Which of the following is an element of the fraud diamond and is not an element of the fraud triangle? Motive Opportunity Capability Liquidity
Answer:
C. Capability.
Explanation:
The fraud triangle consist of opportunity, incentive, and rationalization. However, there's not a single mention of capability of being a part of it.
Embassy Club Condominium, located on the west coast of Florida, is undertaking a summer renovation of its main building. The project is scheduled to begin May 1, and a September 1 (17-week) completion date is desired. The condominium manager identified the following renovation activities and their estimated times:
Draw a project network. What are the critical activities? What activity has the most slack time? Will the project be completed by September 1?
Answer
The answer and procedures of the exercise are attached in the following images.
Explanation
Please consider the data provided by the exercise. If you have any question please write me back. All the exercises are solved in two sheets with the formulas indications.
Critical activities are those with zero slack time in a project. Slack time is task flexibility and the task with most slack time has the greatest difference between earliest and latest start times. Whether a project finishes by a certain date depends on if the longest path (critical path) is equal to or less than the total available project time.
Explanation:The scenario described pertains to project management, a topic within business studies, specifically focusing on project scheduling and network analysis. The specific instance involves the Embassy Club Condominium's renovation project. To solve this we first create a project network from the activities and their estimated times, then identify the critical activities (those with zero slack time), which are steps in the project that cannot be delayed without delaying the entire project. Slack time is the total time that you can delay a task without delaying the project. More slack time means that project scheduling is more flexible.
However, without the specific activity list and their estimated times, I can't provide a detailed solution. But in general, to identify which activity has the most slack time, you would look for the task with the greatest difference between its earliest and latest start times.
Finally, if the longest path (the critical path) through the network is shorter than or equal to the total project time available (17 weeks in this scenario), the project can be completed by the desired date (September 1). If it's longer than the available time, the project won't be completed by the desired date without changes to the project plan.
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Your investment department has researched possible investments in corporate debt securities. Among the available investments are the following $100 million bond issues, each dated January 1, 2016. Prices were determined by underwriters at different times during the last few weeks.
(FV of $1, PV of $1, FVA of $1, PVA of $1, FVAD of $1 and PVAD of $1) (Use appropriate factor(s) from the tables provided.)
Company Bond Price Stated Rate
1. BB Corp. $108 million 13%
2. DD Corp. $100 million 12%
3. GG Corp. $ 90 million 11%
Each of the bond issues matures on December 31, 2035, and pays interest semiannually on June 30 and December 31. For bonds of similar risk and maturity, the market yield at January 1, 2016, is 12%.
Required:
Other things being equal, which of the bond issues offers the most attractive investment opportunity if it can be purchased at the prices stated? the least attractive?
Answer
The answer and procedures of the exercise are attached in the following image.
Explanation
Please consider the data provided by the exercise. If you have any question please write me back. All the exercises are solved in a single sheet with the formulas indications.
To determine the most attractive investment opportunity among the bond issues, we need to calculate the present value (PV) of each bond and compare them. The bond with the highest PV will be the most attractive.
Explanation:Analysis:To determine the most attractive investment opportunity, we need to calculate the present value (PV) of each bond and compare them. The bond with the highest PV will offer the most attractive investment opportunity.
Solution:BB Corp: PV = $108 million × (PV of $1 at 12%, 40 periods) = $108 million × 0.1246 = $13,462,800DD Corp: PV = $100 million × (PV of $1 at 12%, 40 periods) = $100 million × 0.1246 = $12,460,000GG Corp: PV = $90 million × (PV of $1 at 12%, 40 periods) = $90 million × 0.1246 = $11,214,600Therefore, the bond issued by BB Corp offers the most attractive investment opportunity, while the bond issued by GG Corp offers the least attractive opportunity.
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Indigo Inc. owns land that it purchased on January 1, 2000, for $418,200. At December 31, 2017, its current value is $679,700 as determined by appraisal. At what amount should Mickelson report this asset on its December 31, 2017, balance sheet?
Answer:
$679,700
Explanation:
I believe Mickelson is the person preparing the books for Indigo Inc.
This question tests your knowledge of revaluation and its application to financial statements. It indirectly checks your knowledge of depreciation also.
A quick definition of terms would make it clearer.
Depreciation is the systematic allocation of the price of an asset over its useful life. That is once an asset (non-current) is purchased, it cannot be used up immediately in one financial year, hence accountants usually want to spread the use of the asset and match it with whatever revenue they get from the use of the asset (an application of prudence concept).
But land does not depreciate, rather it appreciates over time. Due to the fact that land appreciates over time, it would be misrepresentation on the part of Mickelson to report the value of the asset in December 2017 at the price in which the land was purchased in 2000.
Because land appreciates over time, a revaluation is more appropriate. this revaluation compares the carrying value of the land with the fair value on the land as at the date of revaluation (comparing $418,200 with $679,700) and the higher is used.
Hence to faithfully represent the current details of the status of the land, the IFRS (International Financial Reporting Standards) states that the entity should record the value of land at fair value.
I hope this is clear and easy to understand.
Other concepts you might want to check out are;
depreciation
carrying amount
revaluation surplus
fair value
Schwartz Industry is an industrial company with 100 million shares outstanding and a market capitalization (equity value) of $4 billion. It has $2 billion of debt outstanding. Management have decided to delever the firm by issuing new equity to repay all outstanding debt.
a) How many new shares must the firm issue?
b1) Suppose you are a shareholder holding 100 shares, and you disagree with this decision. Assuming a perfect capital market, how much should you borrow to hold the same amount of levered equity?
b2) How many new shares should you buy?
Sheridan Company uses a periodic inventory system. For April, when the company sold 450 units, the following information is available. Units Unit Cost Total Cost April 1 inventory 280 $17 $ 4,760 April 15 purchase 420 20 8,400 April 23 purchase 300 22 6,600 1,000 $19,760 Compute the April 30 inventory and the April cost of goods sold using the LIFO method.
Answer:
Closing inventory - $10,160
Costs of goods sold - $9,600
Explanation:
Under the LIFO Method, the cost of good sold equals to
= April 23 units × cost per unit + Remaining units × cost per unit
= 300 units × $22 + 150 units × $20
= $6,600 + $3,000
= $9,600
Since the firm has sold 450 units, so out of which 300 units sold at a price of $22 and the remaining 150 units sold at a price of $20
The ending inventory equals to
= Remaining units × cost per unit + April 1 × cost per unit
= 270 units × $20 + 280 units × $17
= $5,400 + $4,760
= $10,160
Since on April 23, the 420 units were purchase, out of which 150 units are transferred to the cost of good sold and the remaining units 270 units at $20 is transferred to the ending inventory
Final answer:
Using LIFO, the April cost of goods sold for the Sheridan Company is $9,600, and the ending inventory at April 30 is valued at $10,160.
Explanation:
When using the Last In, First Out (LIFO) inventory valuation method, Sheridan Company will calculate the cost of goods sold (COGS) and ending inventory based on the assumption that the most recently purchased items are sold first. The April cost of goods sold is calculated by adding the cost of the units sold, starting with the most recent purchase, until reaching the total number of units sold (450 units). The April 30 inventory is then determined by subtracting the sold units' cost from the total cost of available inventory.
Let's calculate:
COGS for the 300 units from April 23 purchase: 300 units x $22 = $6,600The remaining 150 units sold come from the April 15 purchase: 150 units x $20 = $3,000Total COGS for April (sum of #1 and #2): $6,600 + $3,000 = $9,600April 30 inventory calculation starts with the total cost of inventory: $19,760Subtract the total COGS from the total cost of inventory for the end of the month inventory: $19,760 - $9,600 = $10,160Thus, the April 30 inventory is $10,160, and the April cost of goods sold is $9,600.
The demand for subassembly S is 100 units in week 7. Each unit of S requires 1 unit of T and 2 units of U. Each unit of T requires 1 unit of V, 2 units of W, and 1 unit of X. Finally, each unit of U requires 2 units of Y and 3 units of Z. One firm manufactures all items. It takes 2 weeks to make S, 1 week to make T, 2 weeks to make U, 2 weeks to make V, 3 weeks to make W, 1 week to make X, 2 weeks to make Y, and 1 week to make Z. a) Construct a product structure. Identify all levels, parents, and components. b) Prepare a time-phased product structure. 14.4 Using the information in Problem 14.3, construct a gross material requirements plan. 14.5 Using the information in Problem 14.3, construct a net material requirements plan using the following on-hand inventory. ITEM ON-HAND INVENTORY ITEM ON-HAND INVENTORY S 20 W 30 T 20 X 25 U 40 Y 240 V 30 Z 40
Answer
The answer and procedures of the exercise are attached in the following image.
Explanation
Please consider the data provided by the exercise. If you have any question please write me back. All the exercises are solved in a single sheet with the formulas indications.
The product structure is as follows: Level 0: S, Level 1: T and U, Level 2: V, W, X and Y, Z. The time-phased product structure and materials requirements are established from Week 5 backward. Subtracting the on-hand inventory from the gross requirements yields the net material requirements plan.
Explanation:This question deals with material requirements planning in a manufacturing setting, which uses deep product structures. Let's break down each part of it:
a) Product Structure:
Level 0: S Level 1: T and U (parent is S) Level 2: V, W, X (parent is T) and Y, Z (parent is U)
b) Time-phased Product Structure:
Week 5: Begin production of 100 units of T (for S) and 200 units of U (for S) Week 4: Begin production of 100 units each of V, W, X (for T) and 400 units of Y and 600 units of Z (for U)
14.4) Gross Material Requirements Plan: The S component needs 100 units, the T needs 100 units, U needs 200 units, V needs 100 units, W needs 200 units, X needs 100 units, Y needs 400 units and Z needs 600 units.
14.5) Net Material Requirements Plan: Considering the on-hand inventory, we subtract the on-hand inventory from the gross requirements to get the net requirements. Therefore, S needs 80 units, T needs 80 units, U needs 160 units, V needs 70 units, W needs 170 units, X needs 75 units, Y needs 160 units and Z needs 560 units.
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Bronson Industries reported a deferred tax liability of $8 million for the year ended December 31, 2017, related to a temporary difference of $20 million. The tax rate was 40%. The temporary difference is expected to reverse in 2019 at which time the deferred tax liability will become payable. There are no other temporary differences in 2017–2019. Assume a new tax law is enacted in 2018 that causes the tax rate to change from 40% to 30% beginning in 2019. (The rate remains 40% for 2018 taxes.) Taxable income in 2018 is $30 million. Required: 1. & 2. Determine the type of accounting change and prepare the appropriate journal entry to record Bronson's income tax expense in 2018 and adjustment, if any, is needed to revise retained earnings as a result of the change.
Answer:
Please see attachment
Explanation:
Please see attachment
You invest 60% of your financial assets in Standard & Poor’s Depository Receipts with an expected return of 10% and a standard deviation of 20% and 40% of your financial assets in MSCI EAFE Index Fund with an expected return of 12% and a standard deviation of 30%. The correlation between the two investments is 35%. What are the expected return and the standard deviation of your portfolio?
Answer:
Expected Return = 10.80%
Standard Deviation = 19.72%
Explanation:
Amount invested in Standard & Poor’s Depository Receipts = 60%
Expected return of Standard & Poor’s Depository Receipts = 10%
standard deviation of Standard & Poor’s Depository Receipts = 20%
Amount invested in MSCI EAFE Index Fund = 40%
Expected return of MSCI EAFE Index Fund = 12%
Standard deviation of MSCI EAFE Index Fund = 30%
Correlation between the two investments = 35%
Now,
Expected Return = ∑(Amount invested × Expected rate of return)
= 0.60 × 0.10 + 0.40 × 0.12
or
= 10.80%
Standard Deviation = √(∑(Amount invested × Standard deviation))²
= √[(0.60)²(0.20)² + (0.40)²(0.30)² + 2(0.60)(0.40)(0.20)(030)(0.35)]
or
Standard Deviation = 19.72%
The expected return of your portfolio is 10.8% and the standard deviation is 19.72%. These values are derived based on weighted averages and the combined risk metrics of the individual investments.
Expected Return and Standard Deviation of the Portfolio
To calculate the expected return of your portfolio, you need to take the weighted average of the expected returns of the individual investments.
Expected Return of SPDR: 10%Expected Return of MSCI EAFE: 12%Weight of SPDR: 60%
Weight of MSCI EAFE: 40%
Expected Return of Portfolio:
0.60 * 10% + 0.40 * 12% = 10.8%
Calculating Standard Deviation
The formula for the standard deviation of a two-asset portfolio is:
σp = √[ (w1² × σ1²) + (w2² × σ2²) + 2 × w1 × w2 × σ1 × σ2 × ρ12 ]
Where:
w1 = weight of SPDR = 0.60
w2 = weight of MSCI EAFE = 0.40
σ1 = standard deviation of SPDR = 20%
σ2 = standard deviation of MSCI EAFE = 30%
ρ12 = correlation between SPDR and MSCI EAFE = 35% = 0.35
Plugging in the values:
σp = √[ (0.60² × 0.20²) + (0.40² × 0.30²) + 2 × 0.60 × 0.40 × 0.20 × 0.30 × 0.35 ]
= √[ 0.0144 + 0.0144 + 0.01008 ]
= √[ 0.03888 ]
= 0.1972 or 19.72%
The **expected return** of your portfolio is 10.8% and the **standard deviation** is 19.72%.
A shirt manufacturer buys cloth by the 100-yard roll from a supplier. For setting up a control chart to manage the irregularities (e.g., loose threads and tears), the following data were collected froma sample provided by the supplier.Sample: 1 2 3 4 5 6 7 8 9 10Irregularities: 3 5 2 6 5 4 6 3 4 5(a) Using these data, set up a c-chart with z = 2.(b) Suppose the next five rolls from the supplier had three, two, five, three, and seven irregularitiies. Is the supplier process under control?
Answer:
Please see attachment
Explanation:
Please see attachment
To set up a c-chart, calculate the average number of irregularities and control limits. The supplier process is under control if the number of irregularities falls within the control limits.
Explanation:To set up a c-chart, we need to calculate the average number of irregularities in the sample and the control limits. The average number of irregularities in the sample is obtained by summing up the number of irregularities and dividing by the sample size. The control limits are calculated using the formula:
UCL = average number of irregularities + z(sqrt(average number of irregularities))
LCL = average number of irregularities - z(sqrt(average number of irregularities))
Using the given data, the average number of irregularities is 4.4. With z = 2, the control limits are UCL = 4.4 + 2(sqrt(4.4)) = 8.12 and LCL = 4.4 - 2(sqrt(4.4)) = 0.68. So, the control chart is set up.
To determine if the supplier process is under control, we need to check if the number of irregularities in the next five rolls falls within the control limits. The number of irregularities in the next five rolls is 3, 2, 5, 3, and 7. All of these values fall within the control limits, so the supplier process is considered to be under control.
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After evaluating Null Company’s manufacturing process, management decides to establish standards of 2 hours of direct labor per unit of product and $15.50 per hour for the labor rate. During October, the company uses 11,500 hours of direct labor at a $180,550 total cost to produce 6,100 units of product. In November, the company uses 22,500 hours of direct labor at a $355,500 total cost to produce 6,500 units of product. AH = Actual Hours SH = Standard Hours AR = Actual Rate SR = Standard Rate AQ = Actual Quantity SQ = Standard Quantity AP = Actual Price SP = Standard Price (1) Compute the direct labor rate variance, the direct labor efficiency variance, and the total direct labor cost variance for each of these two months. Classify each variance as favorable or unfavorable.
Answer:
Instructions are listed below.
Explanation:
Giving the following information:
After evaluating Null Company’s manufacturing process, management decides to establish standards of 2 hours of direct labor per unit of product and $15.50 per hour for the labor rate. During October, the company uses 11,500 hours of direct labor at a $180,550 total cost to produce 6,100 units of product. In November, the company uses 22,500 hours of direct labor at a $355,500 total cost to produce 6,500 units of product.
October:
Direct labor efficiency variance= (SQ - AQ)*standard rate
Direct labor efficiency variance= (12,200 - 11,500)*15.50= 10,850 favorable
Direct labor price variance= (Standard Rate - Actual Rate)*Actual Quantity
Direct labor price variance= (15.5 - 15.7)*11,500= 2,300 unfavorable
Total variation= 10,850 - 2,300= 8,550 favorable
November:
Direct labor efficiency variance= (SQ - AQ)*standard rate
Direct labor efficiency variance= (13,000 - 22,500)*15.5= 147,250 unfavorable
Direct labor price variance= (Standard Rate - Actual Rate)*Actual Quantity
Direct labor price variance= (15.5 - 15.8)*22,500= 6,750
Total variation= 154,000 unfavorable
Demand for a certain product is forecast to be 800 units per month, averaged over all 12 months of the year. The product follows a seasonal pattern, for which the January monthly index is 0.8. What is the seasonally-adjusted sales forecast for January?
(A) 798.75 units
(B) 640 units
(C) 83.33 units
(D) 801.25 units
(E) 1000 units
Answer:
(E) 1000 units
Explanation:
Please consider the data provided by the exercise. If you have any question please write me back. All the exercises are solved in a single sheet with the formulas indications.
Answer: b.640 units
Explanation:
Seasonally Adjusted Forecast=Forecasted Demand×Seasonal Index
Given:
Forecasted demand = 800 units
January seasonal index = 0.8
Using the formula:
Seasonally Adjusted Forecast for January=800×0.8=640 units
So, the correct answer is:
b. 640 units
Blanchard Company manufactures a single product that sells for $280 per unit and whose total variable costs are $224 per unit. The company's annual fixed costs are $879,200. Management targets an annual pretax income of $1,400,000. Assume that fixed costs remain at $879,200.
1) Compute the unit sales to earn the target income.
2) Compute the dellar sales to earn the target income?
Answer:
Instructions are listed below.
Explanation:
Giving the following information:
Blanchard Company manufactures a single product that sells for $280 per unit and whose total variable costs are $224 per unit. The company's annual fixed costs are $879,200. Management targets an annual pretax income of $1,400,000. Assume that fixed costs remain at $879,200.
A) Break-even point= (fixed costs + profit)/ contribution margin
Break-even point= (879,200 + 1,400,000)/(280 - 224)= 40,700 units
B) Break-even point (dollars)= (fixed costs + profit)/ contribution margin ratio
Break-even point (dollars)= 2,279,200/ (56/280)= $11,396,000
Jacob is a member of WCC (an LLC taxed as a partnership). Jacob was allocated $100,000 of business income from WCC for the year. Jacob's marginal income tax rate is 37%. The business allocation is subject to 2.9% of self-employment tax and 0.9% additional Medicare tax.A) What is the amount of tax Jacob will owe on the income allocation if the income is not qualified business income?B) What is the amount of tax Jacob will owe on the income allocation if the income is qualified business income (QBI) and Jacob qualifies for the full QBI duduction?
Answer:
A) $40,014
(B) $32,614
Explanation:
Pleaase see attachment .
Jacob's total tax liability on the $100,000 business income allocation from the LLC would be $40,800 if the income is not QBI and $33,400 if it is QBI assuming he qualifies for the full 20% deduction. Calculations include income tax, self-employment tax, and additional Medicare tax.
Explanation:When calculating the taxes on business income for a self-employed individual such as Jacob, we consider several different types of taxes. In the scenario where the income is not qualified business income (QBI), Jacob would owe income tax based on his marginal rate as well as self-employment tax, which includes the Social Security and Medicare components.
The income tax on $100,000 at a marginal rate of 37% would be $37,000.Self-employment tax is calculated as 2.9% for Medicare, which amounts to $2,900.The additional Medicare tax of 0.9% on the $100,000 would be $900.Therefore, if the income is not QBI, the total tax would be the sum of the income tax, self-employment tax, and additional Medicare tax: $37,000 + $2,900 + $900 = $40,800.
If the $100,000 is considered Qualified Business Income and Jacob qualifies for the full QBI deduction (20%), the calculation would change. With the QBI deduction, only 80% of the business income would be subject to income tax. Here's the math for scenario B:
QBI deduction: 20% of $100,000 = $20,000, reducing taxable income to $80,000.Income tax on $80,000 at a 37% marginal rate would be $29,600.Self-employment tax (2.9%) on $100,000 remains at $2,900, as it is calculated on the full amount.The additional Medicare tax (0.9%) also remains at $900.In this case, the total tax Jacob would owe with the QBI deduction would be $29,600 + $2,900 + $900 = $33,400.
Emma Peterson is a worker for ABC Inc. She has an effort cost function of C = 2e^2 and a monthly reservation wage of $3,500. Her wage function is W = 3,500 + 0.4Q. If the incentive coefficient is equal to 0.4 then Q = 400e. Q is Emma’s output. Assume that the incentive coefficient increases from 0.4 to 0.5 and Emma’s base salary decreases from $3,500 to $3,000.
a. What will happen to her level of effort?
b. How will this change XYZ Company’s profits?
Answer:
a.If p=1 ,the profit of ABC company = 6100
b. The profit of ABC company increased because the effort level increased and the wage rate also increased but the output increased faster than the wage rate .
Explanation:
Please see attachment
Suppose you invested $60 in the Ishares Dividend Stock Fund (DVY) a month ago. It paid a
dividend of $0.63 today and then you sold it for $65. What was your return on the investment?
A) 6.57%
B) 7.51%
C) 9.38%
D) 10.32%
Answer:
Return on investment will be 9.38 %
So option (c) will be correct option
Explanation:
We have given purchase price = $60
Dividend received = $0.63
Selling price = $65
We have to find the return on investment
We know that return on investment is given by
Return in investment [tex]=\frac{selling\ price-purchase\ price+dividend\ received]}{purchase\ price}=\frac{65-60+0.63}{60}=0.0938=9.383[/tex] %
So return on investment will be 9.38 %
So option (c) is the correct option
Olivia is single, 66 years old, and not blind.
She paid all the cost of keeping up her home. She earned $55,000 in wages for 2019.
Olivia provided all the support for her two grandchildren who lived with her all year. Cora is 11 years old and Jack is 15 years old.
She does not have enough deductions to itemize.
Olivia, Cora, and Jack are all U.S. citizens with valid Social Security numbers.
2. The maximum amount of child tax credit that Olivia is able to claim per qualifying child for 2019 is:
A. $500
B. $1,000
C. $1,400
D. $2,000
Option D, The maximum amount of child tax credit that Olivia is able to claim per qualifying child for 2019 is $2000
Explanation:
The child's tax credit amounts to up to $2,000 for each child qualified and $500 for each qualifying worker. It is one of three children-oriented federal tax credits that make your tax bill the most effective.
The child's additional tax credit was the reimbursable part of the child's tax debt. Families who pay to the Treasury less than Child Tax Credit sum will assert it. Because the child tax credit was not refundable, the extra child tax credit has been reimbursed to the taxpayer to repay a proportion of the withheld child tax credit.
For 2018 to 2025, the 2019 tax bill abolished this provision the present credit for Child Tax does; however, include a small amount of the refundable credit clause.
You are a bidder in an independent private values auction, and you value the object at $4,000. Each bidder perceives that valuations are uniformly distributed between $1,000 and $7,000
Determine your optimal bidding strategy in a first-price, sealed-bid auction when the total number of bidders (including you) is:
a. 2 bidders.
b. 10 bidders.
c. 100 bidders.
Answer:
Please see attachment
Explanation:
Please see attachment
Final answer:
In a first-price, sealed-bid auction, the optimal bidding strategy with independent private values suggests bidding a fraction of your valuation, with the fraction being (n-1)/n where n is the number of bidders. For 2 bidders, bid $2,000; for 10 bidders, bid $3,600; for 100 bidders, bid $3,960.
Explanation:
In a first-price, sealed-bid auction, bidders submit one bid without knowing the others' bids, and the highest bidder wins but pays their bid amount. The optimal bidding strategy depends on the number of bidders, as it influences the probability of winning. According to auction theory, under the assumption of independent private values where bidders' valuations are uniformly distributed, the equilibrium strategy recommends bidding a fraction of your valuation, determined by the formula (n-1)/n, where n is the number of bidders.
With 2 bidders, the fraction is 1/2, so the bid should be $4,000 * (1/2) = $2,000.
With 10 bidders, the fraction is 9/10, so the bid should be $4,000 * (9/10) = $3,600.
With 100 bidders, the fraction is 99/100, the bid should be $4,000 * (99/100) = $3,960.
The strategy evolves as the number of bidders increases; with more competitors, one should bid closer to the valuation since the winning bid is likely to be higher. Additionally, due to statistical independence and revenue equivalence, the strategy to bid a fraction of valuation also ensures that on average, the revenue the seller obtains from any auction type remains the same.