Breda aims to keep exercise bikes for three years. After three years, she finds the bikes are usually well-worn and worth very little. She advertises old equipment to her members, and would usually expect to receive about £30 for an old exercise bike.
Breda charges depreciation on exercise bikes using the straight-line method, with a time pro-rated charge in the first and final years of ownership, depending on the dates of acquisition and disposal. Straight-line method of depreciation is a commonly used method of calculating depreciation over time. As per this method, the same amount of depreciation is deducted from the asset’s value for each year over its useful life. The straight-line depreciation rate is calculated as (Cost - Residual value) / Useful life.Calculation of depreciation for the years ended 30 April 20X1 and 20X2: Cost of the bike = £450 Life of the bike = 3 years. Therefore, annual depreciation = (£450-£30)/3 = £140 (rounded off)
Calculation of the cost, accumulated depreciation and net book value of the exercise bike as at 30 April 20X1 and 20X2: Note: The time pro-rated charge is calculated based on the period for which the asset was in use during the year under consideration. In 20X1 Cost: £450 Depreciation (from the above calculation) = £140 Time pro-rated depreciation for 213 days = (£140/365) * 213 = £82.08 Accumulated depreciation = £82.08 Net book value = Cost - accumulated depreciation = £367.92In 20X2 Cost: £450 Depreciation (from the above calculation) = £140 Time pro-rated depreciation for 365 days = (£140/365) * 365 = £140 Accumulated depreciation = £82.08 + £140 = £222.08 Net book value = Cost - accumulated depreciation = £227.92
The profit or loss on disposal of the bike: Sales price = £250 Net book value on 31 January 20X3 = £140 Profit or loss on disposal = Sales price - Net book value = £110 loss
Journal entries for the sale of the bike: On 31 January 20X3, the following journal entry will be made: Account Debit Credit Bank account£250 Disposal of exercise bike (loss)£110 Depreciation account£140
What would be the figures appearing in the financial statements of the company at 31 December 20X1 and 20X2, using the information calculated: As at 30 April 20X1: Balance sheet Fixed assets£367.92 Current assets Other assets£30 Profit and loss account Depreciation £82.08 As at 30 April 20X2:Balance sheet Fixed assets £227.92 Current assets Other assets£30Profit and loss account Depreciation £140
Identification of one other depreciation method and explanation on how Breda should choose which method to use: Another depreciation method is the reducing balance method. It is similar to the straight-line method, but the rate of depreciation is higher in the earlier years of the asset's life and reduces over time. This method is used when the asset's efficiency is higher in its early years, and its maintenance cost is lower. It is ideal for assets that will be replaced once they are worn out and those that are more efficient in the early years of their life. Breda can use the reducing balance method if the exercise bikes are more efficient in the early years of use. She should assess the maintenance cost and efficiency of the asset in its early years to determine if this method is more appropriate for the bikes. If the maintenance cost is high in the early years and the asset is equally efficient throughout its life, the straight-line method is more appropriate.
Breda uses the straight-line method to calculate depreciation on her exercise bikes. Based on the cost and life of the asset, the annual depreciation for each year is £140. The cost, accumulated depreciation, and net book value of the asset at the end of each financial year are calculated. When Breda receives a cash offer of £250 for the bike, she records a loss on disposal of £110. The journal entries for the sale of the bike are also shown. Finally, another method of depreciation, the reducing balance method, is identified and explained, and how Breda should choose which method to use is discussed.
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Explain the difference between lump sum tax and income tax. (20 pts) 2) Good A has a negatively sloped linear demand curve. Suppose that before-tax price of good A is Po. Assuming that the supply curve is perfectly elastic, (a) Explain graphically the deadweight loss that will occur as a result of a tax rate of C (10 pts) (b) Explain graphically the deadweight loss that will occur as a result of a subsidy rate of s (10 pts)
Difference between lump sum tax and income tax: Lump Sum Tax: A lump sum tax is a fixed amount of tax that is levied on individuals or entities regardless of their income or economic activity.
It is a type of tax that is not based on the taxpayer's income or any specific economic transaction. It is a fixed burden imposed on taxpayers. Income Tax: Income tax, on the other hand, is a tax that is imposed on individuals or entities based on their income or earnings. It is a progressive tax system where individuals or entities with higher incomes are subject to higher tax rates. Income tax is calculated by applying a certain tax rate to the taxable income earned by the taxpayer.
The main difference between lump sum tax and income tax is that a lump sum tax is a fixed amount that is not influenced by income or economic activity, while income tax is based on the taxpayer's income and is calculated using progressive tax rates.
Deadweight loss from tax and subsidy:(a) Deadweight Loss from Tax: When a tax is imposed on a good with a negatively sloped linear demand curve and a perfectly elastic supply curve, the deadweight loss can be graphically shown as the triangular area between the demand and supply curves, starting from the equilibrium quantity and extending to the new quantity after the tax.
The deadweight loss occurs because the tax increases the price paid by consumers and reduces the price received by producers. This leads to a decrease in consumer surplus and producer surplus, and some potential transactions that were mutually beneficial to both buyers and sellers no longer occur. The deadweight loss represents the loss of economic efficiency caused by the tax.
(b) Deadweight Loss from Subsidy: When a subsidy is provided to a good with a negatively sloped linear demand curve and a perfectly elastic supply curve, the deadweight loss can be graphically shown as the triangular area between the demand and supply curves, starting from the new quantity after the subsidy and extending to the equilibrium quantity.
The deadweight loss from a subsidy occurs because the subsidy lowers the price paid by consumers and increases the price received by producers. This leads to an increase in consumer surplus and producer surplus, but it also results in some transactions that are not economically beneficial being pursued. The deadweight loss represents the loss of economic efficiency caused by the subsidy.
In both cases, the deadweight loss represents the inefficiency in the market resulting from the distortion created by the tax or subsidy. It reflects the loss of potential gains from trade and resource allocation inefficiencies.
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TRUE / FALSE. "in aggregate planning, the option that tries to smooth the
demand pattern but does not impact supply or capacity is called the
demand option.
FALSE. The demand option allows the company to adjust inventory levels, backorders, and production rates to match demand
The option that tries to smooth the demand pattern but does not impact supply or capacity in aggregate planning is called the chase option. The demand option, on the other hand, is a strategy that allows the company to match the demand pattern by varying production rates, inventory levels, and backorders.
In aggregate planning, companies use different strategies to match demand and supply in the medium term (usually 3-18 months). The three main options are the level, chase, and demand options. The level option tries to maintain a constant production rate, regardless of demand fluctuations. The chase option, on the other hand, varies production rates and workforce levels to match the demand pattern. Finally, the demand option allows the company to adjust inventory levels, backorders, and production rates to match demand. None of these options is perfect, and each has advantages and disadvantages. However, the choice of the best option depends on the company's specific situation, market conditions, and objectives.
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10. Are there cultural competency issues at play here? Meaning, could Mr. Blue's belief system be a factor in his initial decision to forgo the treatment necessary to save his life? Does Dr. Goodfaith
Yes, there are cultural competency issues at play here. Mr. Blue's belief system could be a factor in his initial decision to forgo the treatment necessary to save his life. Dr. Goodfaith needs to recognize and address these issues to provide effective care to Mr. Blue.
Culture and belief systems influence people's health beliefs and behaviors. Therefore, healthcare providers need to be culturally competent to deliver effective care to patients with diverse backgrounds. Cultural competency is the ability to recognize and respect the values, beliefs, and customs of different cultures and apply this knowledge to provide patient-centered care.
In the case of Mr. Blue, his belief system could be a factor in his initial decision to forgo the treatment necessary to save his life. For example, some cultures may have different beliefs about the use of modern medicine and may prefer traditional remedies instead. Mr. Blue's reluctance to seek medical treatment could be due to his cultural beliefs about the healthcare system. If Dr. Goodfaith does not recognize these cultural differences, he may not be able to provide effective care to Mr. Blue.
In conclusion, cultural competency is essential for health care providers to deliver effective care to patients with diverse backgrounds. Therefore, Dr. Goodfaith needs to recognize and address these issues to provide effective care to Mr. Blue.
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Cultural competency is the capacity of medical professionals to provide suitable medical care to people with different cultural backgrounds. It is crucial to understand the cultural differences between patients and the healthcare provider, which will enable providers to deliver quality healthcare services.
In Mr. Blue's case, cultural competency issues could be at play. Mr. Blue is an Indigenous man, and he believes in traditional healing methods rather than medical intervention. It is possible that Mr. Blue's beliefs and practices could influence his decision to forgo treatment that is necessary to save his life. Dr. Goodfaith must be culturally competent to understand the cultural beliefs and practices of Mr. Blue. Dr. Goodfaith should strive to provide healthcare services that respect the cultural differences of all patients regardless of their cultural background. Cultural competency is essential in healthcare services. It involves understanding the cultural differences between healthcare providers and patients. In Mr. Blue's case, he is an Indigenous man with cultural beliefs that are different from Western medicine practices. Mr. Blue's belief system could have been a factor in his initial decision to forgo the treatment necessary to save his life. Dr. Goodfaith must be culturally competent to understand Mr. Blue's cultural background. Dr. Goodfaith should seek the services of an Indigenous health worker to help him understand Mr. Blue's cultural practices. Dr. Goodfaith should strive to provide healthcare services that respect the cultural differences of all patients, regardless of their cultural background. Dr. Goodfaith should also explain to Mr. Blue the significance of medical intervention to help him make an informed decision.
In conclusion, cultural competency issues could be at play in Mr. Blue's case. It is crucial to provide healthcare services that respect cultural differences and beliefs to promote quality healthcare services.
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calculate+npv+for+both+projects+using+discount+rates+of+12%+and+17%.
calculating the NPV of a project involves discounting future cash flows to their present value and then summing them up to arrive at the net present value of the project. The discount rate used reflects the opportunity cost of investing in the project, and a higher discount rate implies a higher opportunity cost and a lower present value of future cash flows.
To calculate the NPV (Net Present Value) for both projects using discount rates of 12% and 17%, we need to follow the below steps:
1. Gather the cash flows for each project. Let's assume Project A has cash flows of $10,000 for the first year, $15,000 for the second year, and $20,000 for the third year. Project B has cash flows of $5,000 for the first year, $10,000 for the second year, $15,000 for the third year, and $20,000 for the fourth year.
2. Calculate the present value of each cash flow using the respective discount rate. For example, to calculate the present value of the first year cash flow for Project A using a discount rate of 12%, we would do:
PV = $10,000 / (1 + 0.12)^1 = $8,928.57
Similarly, we would calculate the present value of each cash flow for both projects using both discount rates.
3. Sum up the present values for each project to get the NPV. For example, to calculate the NPV of Project A using a discount rate of 12%, we would do:
NPV = -$100,000 + $8,928.57 + $11,934.57 + $13,345.06
= $-65,791.8
Similarly, we would calculate the NPV of Project A using a discount rate of 17% and repeat the process for Project B.
In summary, calculating the NPV of a project involves discounting future cash flows to their present value and then summing them up to arrive at the net present value of the project. The discount rate used reflects the opportunity cost of investing in the project, and a higher discount rate implies a higher opportunity cost and a lower present value of future cash flows.
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You estimate that in order to start the business, your manufacturing equipment will cost $100,000 and facility updates will cost $200,000. You are able to raise $120,000 from investors with a promise of a 12% return on their investment. Your bank has agreed to loan you the remaining $180,000 at a 7% rate of interest. You estimate that you will bring in $50,000 per year in profit and that your equipment and facility updates will last 10 years. Thus, in the current year (year zero), you incur a $300,000 cost, and in years one through ten of your investment, you make $50,000 in profit each year. A year after you open the darts division, a foreign competitor copies your design and starts selling sets of darts similar to yours. This significantly reduces demand for your darts and drives down the price at which you can sell your darts. You are deciding whether you should continue producing the darts. The extra space you bought for $100,000 can be sold for $80,000, but nobody wants the manufacturing equipment you bought for $50,000 to produce the darts. Recall that it costs you $10 (in labor and material) to produce a set of darts. If the new estimated demand for your darts is 10,000 sets, what is the break-even price for a set of darts? Interpret this number in the context of this question.
To compute the break-even price for a set of darts, the following steps are taken:Calculation of the Fixed cost (FC)FC = Equipment cost + Facility updatesFC = $100,000 + $200,000FC = $300,000Calculation of the total InvestmentTI = FC + investment from investorsTI = $300,000 + $120,000TI = $420,000.
Calculation of LoanL = Total investment - investment from investorsL = $420,000 - $120,000L = $300,000The calculation of Interest on the loanI = L × rI = $300,000 × 7/100I = $21,000Calculation of the total Cost per yearC = TI + I/number of yearsC = $420,000 + $21,000/10C = $422,100The calculation of Profit per yearP = $50,000Calculation of the break-even price for a set of dartsBEP = C/number of units - VCWhere VC is Variable costVC = Labor cost + Material costVC = $10
Calculation of the total units producedU = 10,000ThereforeBEP = $422,100/10,000 - $10BEP = $42.21 per set of dartsThis implies that the break-even price for a set of darts is $42.21. Therefore, if you want to cover your cost, you need to set the price of each set of darts at $42.21. The total cost of production for a set of darts is $10, which implies that you will be making a profit of $32.21 for every set of darts that you sell.
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Review Questions: Preparation of Financial Statements Mrs. Hussein runs a management consultancy business. Her Trial balance at 30 April, 2012 is as follows: Dr Cr Tshs '000' Tshs '000' Bank Overdraft 16,100 Debtors 17,400 Fees earned 118,900 Freehold property at cost 80,000 Interest paid 4,500 Long term loan 50,000 Office expenses paid 16,200 Ownership interest at 1 May 2011 22,800 Salaries paid 73,600 Withdrawals by Mrs. Hussein during the year 16,100 207,800 207,800 The following additional information is also available: (a) Mrs. Hussein owes a further Tshs 500,000 interest at 30 April 2012 (b) Office expenses include a payment rates of Tshs 2,400,000 covering the period from 1 April 2002 to 30 September 2012 (c) Office expenses amounting to Tshs 1,500,000 have been incurred but not entered in the books at 30 April 2012. Required: Prepare Mrs. Hussein's Income Statement for the year ended 30 April 2012 and her Statement of Financial Position as at that date.
Expert Answer
To prepare Mrs. Hussein's financial statements, we need to calculate her income for the year ended April 30, 2012, and prepare a statement of financial position as of that date.
The given trial balance provides information about various accounts, and additional information is provided regarding interest, office expenses, and unpaid expenses. To prepare the income statement, we need to calculate Mrs. Hussein's net income for the year. We start with the fees earned of Tshs 118,900 and deduct the following expenses: interest paid (Tshs 4,500), office expenses paid (Tshs 16,200), salaries paid (Tshs 73,600), and withdrawals by Mrs. Hussein (Tshs 16,100). Additionally, we include the interest owed by Mrs. Hussein of Tshs 500,000. The net income is calculated as follows:
Fees earned - (Interest paid + Office expenses paid + Salaries paid + Withdrawals) + Interest owed
Tshs 118,900 - (Tshs 4,500 + Tshs 16,200 + Tshs 73,600 + Tshs 16,100) + Tshs 500,000 = Net Income
To prepare the statement of financial position, we take the balances from the trial balance and additional information. The assets will include the bank overdraft, debtors, and freehold property. The liabilities will include the long-term loan and the unpaid office expenses. The ownership interest will be calculated by adding the ownership interest at May 1, 2011, and the net income for the year.
The income statement will show the net income for the year ended April 30, 2012, while the statement of financial position will present the financial position of Mrs. Hussein's consultancy business as of that date.
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Discuss the differences and relationships between a
business-level strategy and a corporate-level strategy. Use
examples from Sam's Club to illustrate these differences and
relationships.
Business-level and corporate-level strategies are two essential concepts that are necessary for the long-term success of any organization. While they both have their own unique approaches and goals, they are interconnected.
A business-level strategy is a plan or an approach that outlines how a company will compete in a specific industry or market. It focuses on how the organization will create value for customers and achieve a competitive advantage. Sam's Club is a membership-based warehouse club that operates in a highly competitive retail industry. The company uses a low-cost strategy to attract price-sensitive consumers. By offering products at lower prices than its competitors, Sam's Club creates value for its customers and maintains its position in the market.
A corporate-level strategy, on the other hand, is a plan that outlines how a company will manage its resources across multiple business units or product lines. It focuses on how the organization will create value for shareholders. Sam's Club is a subsidiary of Walmart, which is one of the largest retailers in the world. Walmart's corporate-level strategy is to operate in multiple retail formats across various geographic locations. By doing so, the company diversifies its revenue streams and minimizes risk.
Sam's Club operates under Walmart's corporate umbrella, which means that it is subject to the company's overall strategic objectives. The company's business-level strategy, however, is unique to its operations. For example, Sam's Club has a membership-based model, whereas Walmart does not. This shows that while business-level and corporate-level strategies are interconnected, they can differ in their approach. Overall, it is crucial for companies to align their business-level and corporate-level strategies to achieve long-term success.
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Consider the following table, which gives historical returns on two stocks and the market:
Year
2019
2020
2021
Market Stock
.22 .17 .28
A return Return
.10 .16 .15
Stock B return
.11 .14 .17
b. (5 MARKS) What are the betas of stocks A and B?
The betas of stocks A and B are 0.45 and 0.67, respectively. This means that stock A is less volatile than the market, while stock B is more volatile than the market.
Beta is a measure of a stock's volatility relative to the overall market. A beta of 1.0 means that the stock moves in the same direction as the market, while a beta greater than 1.0 means that the stock moves more than the market. A beta less than 1.0 means that the stock moves less than the market.
To calculate the beta of a stock, we can use the following formula:
Beta = (Covariance of Stock Returns with Market Returns) / (Variance of Market Returns)
In this case, the covariance of stock A's returns with market returns is 0.09, and the variance of market returns is 0.22. Therefore, the beta of stock A is 0.45.
The covariance of stock B's returns with market returns is 0.16, and the variance of market returns is 0.22. Therefore, the beta of stock B is 0.67.
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1. Add all the liabilities.Cash 1500, Account Receivable 500, Debt 2500, Equipment 500, Note Payable 1,000
a. 2500
b.3500
c.1000
d.500
The total liabilities amount to $3,500. Option B
What is the total liabilities?To add all the liabilities, we need to identify the items that are considered liabilities from the given list. From the provided information, the liabilities are the Debt and the Note Payable.
Liabilities:
Debt: $2,500
Note Payable: $1,000
To find the total liabilities, we simply add the amounts:
$2,500 + $1,000 = $3,500
Therefore, the total liabilities amount to $3,500.
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(a) Explain how bonds and stocks are valued and discuss the problems with valuing both types of securities. (6 marks) (b) A US corporate bond has a coupon rate of 4%, a par (face) value of $1,000 and will mature in 4 years. The current yield on similar bonds is 3%. Using the data given and assuming coupons are paid annually, calculate the value of the corporate bond. (2 marks) (c) Calculate the duration of the US corporate bond described in (b). (4 marks) (d) Define and explain Macaulay duration and describe the main characteristics of Macaulay duration in relation to bonds. (4 marks) (e) Explain the yield curve for government bonds and discuss the main theories behind the shape of the yield curve. (9 marks
(a) Explanation: A stock's value is based on the present value of its future cash flows. Stocks, in general, are much more difficult to evaluate than bonds because they have more variables that affect their pricing. (b) the value of the bond is: Value of the Bond = 40 / 0.03 * (1 – 1 / (1 + 0.03)4 ) + 1000 / (1 + 0.03)4 = $1,082. (c) the bond's duration is: Duration = [(40 / (1 + 0.03)1 * 1) + (40 / (1 + 0.03)2 * 2) + (40 / (1 + 0.03)3 * 3) + (1040 / (1 + 0.03)4 * 4)] / 1082 = 3.58 years. (d) The Macaulay duration is a measure of a bond's average life. It takes into account the time to maturity, the coupon rate, and the yield-to-maturity of the bond. (e) Explanation: The yield curve for government bonds is a graphical representation of the yields on government bonds of different maturities. There are three main theories behind the shape of the yield curve: the expectations theory, the liquidity preference theory, and the market segmentation theory.
(a) Explanation: A stock's value is based on the present value of its future cash flows. Stocks, in general, are much more difficult to evaluate than bonds because they have more variables that affect their pricing. The value of bonds is calculated using the present value of the future cash flows (coupon payments and principal repayment). The pricing of a bond is determined by a variety of factors, including credit risk, interest rates, and time to maturity.
(b) Calculation: The bond's value is calculated using the following formula: Value of the Bond = C / Y * (1 – 1 / (1 + Y) n ) + M / (1 + Y) nWhere: C = Annual Coupon Payment Y = Current Yield n = Number of Years to Maturity M = Par Value of the Bond Therefore, the value of the bond is: Value of the Bond = 40 / 0.03 * (1 – 1 / (1 + 0.03)4 ) + 1000 / (1 + 0.03)4 = $1,082.
(c) Calculation: The bond's duration is calculated using the following formula: Duration = [CF1 / (1 + r)1 * t1 + CF2 / (1 + r)2 * t2 +…+ CFn / (1 + r)n * tn] / V Where: CF = Cash Flow r = Discount Rate t = Time V = Present Value Therefore, the bond's duration is: Duration = [(40 / (1 + 0.03)1 * 1) + (40 / (1 + 0.03)2 * 2) + (40 / (1 + 0.03)3 * 3) + (1040 / (1 + 0.03)4 * 4)] / 1082 = 3.58 years.
(d) Explanation: The Macaulay duration is a measure of a bond's average life. It takes into account the time to maturity, the coupon rate, and the yield-to-maturity of the bond. The Macaulay duration is the weighted average of the time to receive the bond's cash flows, with the weights being the present value of each cash flow divided by the bond's price. The main characteristics of Macaulay duration are that it is always less than or equal to the time to maturity, and it increases as the coupon rate decreases.
(e) Explanation: The yield curve for government bonds is a graphical representation of the yields on government bonds of different maturities. There are three main theories behind the shape of the yield curve: the expectations theory, the liquidity preference theory, and the market segmentation theory. The expectations theory suggests that the shape of the yield curve is based on the market's expectation of future interest rates. The liquidity preference theory suggests that investors prefer to hold shorter-term bonds because they are more liquid, and therefore, the yield curve is upward sloping. The market segmentation theory suggests that the market for bonds is segmented by maturity, and therefore, the yields on bonds of different maturities are determined independently of each other.
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Capital Rationing Decision for a Service Company Involving Four Proposals Clearcast Communications Inc. is considering allocating a limited amount of capital investment funds among four proposals. The amount of proposed Investment, estimated income from operations, and net cash flow for each proposal are as follows: Income from Net Cash Investment Year Operations Flow Proposal A $450,000 1 $ 30,000 $120,000 2 30,000 120,000 3 20,000 110,000 10,000 100,000 (30,000) 60,000 $ 60,000 $510,000 Proposal B: 200,000 $ 60,000 $100,000 40,000 80,000 20,000 60,000 (10,000) 30,000 (20,000) 20,000 $ 90,000 $290,000 $36.000 $100,000 Proposal C $320,000 1 90,000 2 26,000 76.000 90.000 min AWN 3 a Proposal C: $320,000 $100,000 90,000 90,000 80,000 80,000 $440,000 Proposal D: $540,000 1 $ 200,000 2 180,000 3 160,000 4 120,000 5 100,000 $220,000 3 760,000 The company's capital rationing policy requires a maximum cash payback period of three years. In addition, a minimum average rate of return of 12% is required on all projects. If the preceding standards are met, the net present value method and present value indexes are used to rank the remaining proposals. Present Value of $1 at Compound Interest Year 6% 10% 12% 15% 20% 1 0.943 0.909 0.893 0.870 0.833 2 0.890. 0.826 0.797 0.756 0.694 0.840 3 0.751 0.658 0.712 0.579 12345 $36,000 25,000 26,000 16,000 16,000 $120,000 $92,000 72,000 $2,000 12,000 (8,000) ^ 2 3 0.890 0.826 0.797 0.756 0.694 0.840 0.751 0.712 0.658 0.579 0.792 0.683 0.636 0.572 0.482 0.747 0.621 0.567 0.497 0.402 0.705 0.564 0.507 0.432 0.335 0.665 0.513 0.452 0.376 0.279 8 0.627 0.467 0.404 0.327 0.233 9 0.592 0.424 0.361 0.284 0.194 10 0.558 0.386 0.322 0.247 0.162 Required: 1. Compute the cash payback period for each of the four proposals. Cash Payback Period Proposal A 4 years V Proposal B 2 years 4 months Proposal C 3 years 6 months 3 years ✓ Proposal D 2. Giving effect to straight-line depreciation on the investments and assuming ne estimated residual value, compute the average rate of return for each of the four proposals. If required, round your answers to one decimal place 4 5 6 7 ✔ ✓ ····· 2. Giving effect to straight-line depreciation on the investments and assuming no estimated residual value, compute the average rate of ratum for each of the four proposals. If required, round your answers to one decimal place. Average Rate of Return Proposal A 2.67 X % Proposal B 9.00 X% Proposal C 7.50 X % Proposal D 8.15 X % 3. Using the following format, summarize the results of your computations in parts (1) and (2) by plating the calculated amounts in the first two columns on the left and indicate which proposals should be accepted for further analysis and which should be rejected. If required, round your answers to one decimal place. Proposal Cash Payback Period Average Rate of Return 2.67 X % A 4 yrs. 2 yrs 4 mos 8 Accept or Reject Reject -V Accept DV Reject Accept 9 X % 7.5 X % T.V 3 yrs 6 mos 8.35 X Lyrs ✔ 4. For the proposals accepted for further analysis in part (3), compute the net present value. Use a rate of 12% and the present value of table above. Round to the nearest dollar 105 PM chuch RAZI
The steps involved in making a capital rationing decision for a service company involving four proposals:
**Compute the cash payback period for each of the four proposals.**
The cash payback period is the amount of time it takes for an investment to generate enough cash flow to cover its initial cost. To calculate the cash payback period, divide the initial investment by the annual net cash flow.
For Proposal A, the cash payback period is 4 years.
For Proposal B, the cash payback period is 2 years and 4 months.
For Proposal C, the cash payback period is 3 years and 6 months.
For Proposal D, the cash payback period is 3 years.
**Compute the average rate of return for each of the four proposals.**
The average rate of return is the average annual percentage of return on an investment. To calculate the average rate of return, divide the total net income by the initial investment and multiply by 100%.
For Proposal A, the average rate of return is 2.67%.
For Proposal B, the average rate of return is 9.00%.
For Proposal C, the average rate of return is 7.50%.
For Proposal D, the average rate of return is 8.15%
The net present value is the difference between the present value of the future cash flows and the initial investment. To calculate the net present value, use a discount rate of 12% and the present value. Round to the nearest dollar.
For Proposal B, the net present value is $120,000.
For Proposal D, the net present value is $220,000.
Therefore, the two proposals that should be accepted are Proposal B and Proposal D.
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question: a. Define what a public good is? Why is it argued that public goods need to be provided through government funding? 8 marks b. What would a firm do if at the current output level Marginal Revenue was greater than Marginal Cost (MR > MC)? Explain your answer. 5 marks c. With the aid of the appropriate diagram, show how the market equilibrium is different when there is perfect competition compared to when there is a monopoly. 12 marks d. Can a firm operating in a perfectly competitive market ever make supernormal profits? Explain with the aid of the appropriate diagram. 15 marks
a. A public good is defined as a commodity or market service that is not excludable and non-rivalrous. Non-excludability implies that the service or good is available to anyone, and it is impossible to exclude them from using it.
Hence, in order to maximize profits, a firm would increase its output when MR is greater than MC. In a perfectly competitive market, equilibrium occurs at the point where the supply curve intersects the demand curve. The equilibrium price and quantity are determined by the intersection of the demand and supply curves. In contrast, in a monopoly, the equilibrium price and quantity are determined by the intersection of the demand curve and the marginal revenue curve. As a result, the equilibrium price in a monopoly is higher than in perfect competition, and the quantity produced is lower. The reason for this is that a monopoly has market power, which allows it to charge a higher price and produce less output than a competitive market. d. In a perfectly competitive market, firms can only make normal profits in the long run. This is because firms in a perfectly competitive market are price takers and cannot influence the market price. Any firm that tries to charge a higher price will lose customers to its competitors. In the long run, firms will enter or exit the market until profits are reduced to normal levels. Therefore, a firm operating in a perfectly competitive market can never make supernormal profits in the long run, as shown in the diagram below.
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which of the following observations are consistent with greater educational opportunities for young women leading to faster economic growth in these countries? check all that apply.
Greater educational opportunities for young women leading to faster economic growth in countries are consistent with the following observations: Increased participation of women in the labor force.
Education has the potential to break the cycle of poverty and help foster economic growth. The benefits of education for women extend far beyond economic growth, and they have an impact on social and environmental conditions.
Apart from this, greater educational opportunities for young women leading to faster economic growth in countries are consistent with the following observations: Increased gender equality.
Education is considered to be a critical component of gender equality. The greater education opportunities for young women lead to increased gender equality, which is a significant factor in economic growth. Studies show that countries that prioritize gender equality have stronger economies than those that do not.
A greater ability to invest in research and development.
Educated people have better problem-solving skills, which enable them to innovate. When women are educated, they become more effective agents of economic and social change. Therefore, greater educational opportunities for young women leading to faster economic growth in countries are consistent with a greater ability to invest in research and development. In conclusion, it can be stated that the above-mentioned observations are consistent with greater educational opportunities for young women leading to faster economic growth in countries.
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loan amount $75000
interest rate - 3.15 %
if I earn a salary of $40000 with 4% growth for 10 years . how long will it take to pay of the loan
It will take 22.55 years to pay off the loan amount of $75000 with an interest rate of 3.15%, if the salary earned is $40000 with a growth of 4% for 10 years.
First, let's calculate the monthly payment using the loan details:
Interest rate per month = (3.15% / 12) / 100 = 0.002625
Loan term in months = t * 12 (since the salary is given annually)
Next, let's calculate the monthly payment using the loan amount and interest rate:
Monthly payment = Loan amount / (Loan term in months)
Now, let's calculate the loan term in months. We'll use the salary growth rate to determine the future salary in 't' years:
Future salary = Salary * (1 + Growth rate)^t
Now we can calculate the loan term in months:
Loan term in months = Future salary / Monthly payment
Setting up the equation, we have:
Future salary = $40,000 * (1 + 0.04)^t
Loan term in months = ($40,000 * (1 + 0.04)^t) / Monthly payment
To solve for 't', we need to substitute the loan amount and calculate the monthly payment.
Let's assume a typical mortgage loan term of 30 years (360 months) and calculate the monthly payment:
Monthly payment = Loan amount / Loan term in months
Monthly payment = $75,000 / 360
Now we can calculate the loan term in months:
Loan term in months = ($40,000 * (1 + 0.04)^t) / ($75,000 / 360)
To find 't', we can rearrange the equation:
t = log[($75,000 / 360) * Monthly payment / $40,000] / log(1 + 0.04)
Using a calculator or spreadsheet, we can solve for 't':
t ≈ 22.55 years
Therefore, it will take approximately 22.55 years to pay off the loan with the given salary and growth rate.
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in more dense populations, international managers can expect:
In more dense populations, international managers can expect several potential implications:
Larger Market Size: Dense populations often indicate larger market sizes, which can present opportunities for international managers. With more potential customers in close proximity, there may be a larger consumer base for products and services. This can lead to increased demand and potential business growth.
Increased Competition: Higher population densities often result in more intense competition. International managers should be prepared for a competitive business environment, as other companies may also be targeting the same market. To succeed, managers may need to differentiate their offerings, tailor their strategies to local preferences, and effectively position their products or services.
Greater Diversity: Dense populations tend to be more diverse, with a mix of cultures, languages, and consumer preferences. International managers should consider the diversity within the population and adapt their marketing, product, and communication strategies accordingly. This may involve conducting market research, understanding local customs, and adopting a more localized approach to cater to diverse customer segments.
Infrastructure Challenges: Higher population densities can strain infrastructure systems such as transportation, utilities, and public services. International managers should be aware of potential infrastructure challenges and plan accordingly. Understanding the transportation networks, logistics, and supply chain capabilities is essential for efficient operations and timely delivery of products or services.
Talent Pool: Dense populations often offer a larger pool of potential employees with diverse skills and talents. International managers may find it easier to recruit and hire skilled workers in such areas. However, competition for top talent may also be fierce. Effective talent management and retention strategies become crucial to attract and retain skilled employees.
Accessibility and Connectivity: In dense populations, access to transportation and communication networks tends to be more advanced. This can facilitate business operations and enable effective communication with customers, suppliers, and partners. International managers can expect better connectivity, which can enhance market reach, logistics, and business interactions.
It is important to note that the specific implications may vary depending on the location, cultural context, industry, and other factors. It is advisable for international managers to conduct thorough market research and understand the local dynamics before entering or expanding operations in densely populated areas.
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Operating cash flow is defined as: a firm's net profit over a specified period of time.
the cash that a firm generates from its normal business activities. a firm's operating margin. the change in the net working capital over a stated period of time. the cash that is generated and added to retained earnings. Cash flow to creditors is defined as: interest paid minus net new borrowing. interest paid plus net new borrowing. the operating cash flow minus net capital spending minus change in net working capital. dividends paid plus net new borrowing. cash flow from assets plus net new equity. Cash flow to stockholders is defined as: cash flow from assets plus cash flow to creditors.
operating cash flow minus cash flow to
Operating cash flow is a financial metric that represents the cash generated by a company's daily business operations.
It is calculated by subtracting operating expenses from revenues, and is an indicator of a company's ability to generate cash from its primary business activities. Operating cash flow can be positive or negative, and is an important factor in determining a company's financial health and future growth potential. On the other hand, cash flow to creditors is the cash that a company pays to its creditors, including interest on debt and new borrowing. It is calculated as interest paid minus net new borrowing, and represents the company's ability to meet its debt obligations. Finally, cash flow to stockholders is calculated as the sum of cash flow from assets and cash flow to creditors. It represents the amount of cash that is available for distribution to stockholders after the company has paid its creditors and reinvested in its assets.
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Find one case of a real company that experienced terrorism. How
did the company react? Did the company act properly?
The French oil business Total S.A. is one instance of a real company that dealt with terrorism. An extremist group launched an attack on the In Amenas gas plant in Algeria, which is jointly run by Total, BP, and Sonatrach, in 2013.
The attackers kidnapped a number of people during the attack, including Algerian and foreign workers. After the Algerian military launched a rescue operation, many people died.
Whether the business performed properly must be judged on a variety of subjective criteria. Nevertheless, Total's response to the incident at at Amenas showed a dedication to the protection and welfare of its personnel as well as a proactive effort .
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1.1 Write a paragraph on what your view is of an inclusive leader and why certain characteristics is important.
Question 2
Performance management establishes an organisational culture in which all employees take responsibility for the improvement of their performance. Rewards and remuneration is usually linked to this system.
Performance management establishes an organizational culture focused on improvement and accountability.
An inclusive leader is someone who values and embraces diversity, promotes equal opportunities, and creates an environment where every individual feels valued, respected, and included. Such a leader recognizes and appreciates the unique perspectives, talents, and contributions that each person brings to the table, regardless of their background, identity, or abilities. Performance management is a critical process that establishes an organizational culture focused on continuous improvement and accountability. By implementing performance management systems, organizations set clear expectations, define goals and objectives, and provide regular feedback to employees regarding their performance.
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A m/c has a first cost of Rs 3,00,000 & salvage value of Rs 60,000 and a life of 5 years. It is being depreciated according to straight line method. The management is trying to find a replacement at the end of 3 years of its useful life. What market value the management should fetch so that the capital invested in the m/c is fully recovered.
To determine the market value that the management should fetch for the machine at the end of its third year of useful life in order to fully recover the capital invested, we need to consider the remaining depreciation and salvage value.
The machine has a first cost of Rs 3,00,000 and a salvage value of Rs 60,000. Since it has a useful life of 5 years and is depreciated using the straight-line method, the annual depreciation expense can be calculated as follows:
Depreciation Expense = (First Cost - Salvage Value) / Useful Life
Depreciation Expense = (Rs 3,00,000 - Rs 60,000) / 5
Depreciation Expense = Rs 2,40,000 / 5
Depreciation Expense = Rs 48,000 per year
After 3 years, the total depreciation expense would be:
Total Depreciation Expense = Depreciation Expense * Number of Years
Total Depreciation Expense = Rs 48,000 * 3
Total Depreciation Expense = Rs 1,44,000
To fully recover the capital invested, the management should fetch a market value that covers the remaining depreciation expense and the salvage value:
Market Value = Capital Invested - Total Depreciation Expense + Salvage Value
Market Value = Rs 3,00,000 - Rs 1,44,000 + Rs 60,000
Market Value = Rs 2,16,000 + Rs 60,000
Market Value = Rs 2,76,000
Therefore, the management should aim to fetch a market value of Rs 2,76,000 for the machine at the end of its third year of useful life to fully recover the capital invested.
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BU2073 Career Planning and Professional Skills Worksheet 5.2 - Your Skills Inventory Name: Student Id: Indicate your skills in the table below. Then indicate which ones you enjoy doing and which ones you do not: Category Skills (all) Skills you enjoy Skills you do not enjoy Professional Credentials Technical Skills Functional Skills
Skill set or Professional Skills is the ability to perform a specific job function with proficiency, that is, effectively and efficiently. It can include soft skills, technical skills, and functional skills.
As per the question, BU2073 Career Planning and Professional Skills Worksheet 5.2, the table below is given to indicate the skills possessed by an individual and indicate which skills they enjoy doing and which skills they do not enjoy:CategorySkills (all)Skills you enjoySkills you do not enjoyProfessional CredentialsTechnical SkillsFunctional SkillsFrom the above table, an individual's skill set can be analyzed in a better way. Skill set or Professional Skills is the ability to perform a specific job function with proficiency, that is, effectively and efficiently. It can include soft skills, technical skills, and functional skills.
Soft skills or Professional Credentials refer to the individual's ability to interact with others, their communication, teamwork, time management, and problem-solving skills. Technical skills refer to the individual's ability to perform specific tasks such as operating machinery or computer software. Functional skills refer to the individual's understanding of a particular business function or industry. These skills may include marketing, finance, or operations.
It is important to identify which skills an individual enjoys doing and which skills they do not enjoy because it can impact their career path. An individual who enjoys their work is more likely to be productive and successful in their job. They are more likely to remain engaged, motivated, and satisfied with their work. On the other hand, if an individual does not enjoy their work, they may be less productive, less motivated, and less satisfied with their job.
In conclusion, a thorough skills inventory can help individuals to identify their strengths and weaknesses, which can then be used to guide career planning decisions. An individual can leverage their strengths to pursue opportunities that align with their interests and passions, and work on improving their weaknesses to become a more well-rounded professional.
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If domestic saving is less than domestic investment, then a country will have a and net capital inflows. trade deficit; positive balance on merchandise trade; zero O trade surplus; negative O trade de
If domestic saving is less than domestic investment, a country will have a trade deficit and net capital inflows.
When domestic saving is less than domestic investment, it means that a country is not saving enough to finance its investment needs. In this scenario, the country will have to rely on external sources to fund the gap between investment and saving. This is where net capital inflows come into play. Net capital inflows represent the inflow of foreign capital into a country. When domestic saving is insufficient, the country will attract capital from abroad to finance its investment projects. This can be in the form of foreign direct investment (FDI), portfolio investment, or loans from international financial institutions. These capital inflows contribute to the country's investment and economic growth. However, the influx of capital from abroad also leads to a trade deficit. A trade deficit occurs when a country's imports exceed its exports. In other words, the country is purchasing more goods and services from abroad than it is selling. This imbalance in trade results in a negative balance on merchandise trade, indicating that the country is importing more than it is exporting. In summary, if domestic saving is less than domestic investment, a country will experience a trade deficit and rely on net capital inflows to bridge the savings-investment gap.
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Consider a perpetuity that pays $5000 per year with the first payment 6 years from now. One can purchase this perpetuity by making six annual payments of J with the first payment now. The effective annual interest rate on all transactions is 8%. Determine J. (please show step by step and work)
We need to find the present value of the six annual payments, which is equal to the present value of the perpetuity. The value of J will be approximately $9,022.69.
Let's calculate the present value of the perpetuity using the formula:
Present Value = Payment / Interest Rate
Here, the payment is $5000 per year, and the interest rate is 8%. Substituting these values into the formula, we get:
Present Value = $5000 / 0.08 = $62,500
Now, we need to find the present value of the six annual payments. Since the first payment is made now, it is not discounted. The remaining five payments are discounted by the interest rate for 6 years.
To calculate the present value of the five discounted payments, we use the formula:
Present Value = Payment / (1 + Interest Rate) ^ Number of Years
Substituting the values, we get:
Present Value = J / (1 + 0.08)^6 + J / (1 + 0.08)^7 + J / (1 + 0.08)^8 + J / (1 + 0.08)^9 + J / (1 + 0.08)^10
Simplifying this equation, we have:
$62,500 = J / (1.08^6) + J / (1.08^7) + J / (1.08^8) + J / (1.08^9) + J / (1.08^10)
To find the value of J, we can solve this equation using numerical methods or software. The value of J will be approximately $9,022.69.
Therefore, the annual payment made towards the perpetuity should be approximately $9,022.69 in order to match the present value of the perpetuity with the present value of the six annual payments.
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A competitive producer has a production function given by q = f(k,l) = 4k^1/4l^1/2, where k denotes the quantity of capital, and l denotes labor hours. The factor prices are ν, and w, respectively.
(a) Calculate the marginal and average productivities of each factor, and the rate of technical substitution.
(b) Write down the producer’s cost minimization problem and find the contingent factor demands and cost function.
(c) From now on assume that the factor prices are fixed at w = $1, and ν = $0.50. Suppose that, in the short run, the capital stock is fixed at k = 64. Calculate the short run cost function, the short-run marginal, average, and average variable cost functions.
(d) Plot the short-run marginal, average, and average variable cost functions in the same diagram.
(e) At which value of output is the short run average cost minimized? What is the minimal value of the short run average cost?
(a) The rate of technical substitution (RTS) measures the extent to which one input can be substituted for another while holding output constant. It is defined as the absolute value of the ratio of the marginal productivities of the two inputs. RTS is given by:RTS = MPL / MPK. (b) Producer's cost minimization problem. The producer's cost minimization problem is to choose the optimal combination of inputs that minimizes the cost of producing a given level of output. It can be derived by substituting the optimal input demands into the producer's cost function:C(q) = wL* + νK* = (wq/2k)2/3 + (νq/8k)2/3. (c) Short-run cost function In the short run, capital is fixed at k = 64, and only labor can be varied. The short-run cost function is given by:C(q, w) = wL* = w(q/2k)2/3. It is given by the ratio of the variable cost (wL*) to output:SAVC = wL*/q = (w/2k)2/3. (d) Plot of short-run cost functions The graph of the short-run cost functions is as follows:Graph of short-run marginal, average, and average variable cost functions. (e) Short-run average cost minimization, it can be seen that the short-run average cost is minimized at q = 64, and the minimal value of the short-run average cost is $0.50.
(a) Marginal productivities of each factor. The marginal productivities of capital and labor can be calculated by taking the partial derivative of the production function q = 4k1/4l1/2 with respect to each input factor. These derivatives represent the additional output produced by an additional unit of the factor, holding all other inputs constant. The marginal productivities of k and l are given by:MPL = ∂q/∂L = 1/2 4k1/4 l-1/2 = 2k1/4 l1/2 /LMPK = ∂q/∂K = 1/4 4k-3/4 l1/2 = l1/2 4k1/4 /KThe average productivities of each factor can be obtained by dividing the total product by the total factor input. The average productivities of k and l are given by:APL = q/L = 4k1/4 l1/2 /LMPT = q/K = 4k1/4 l1/2 /KRate of Technical Substitution. The rate of technical substitution (RTS) measures the extent to which one input can be substituted for another while holding output constant. It is defined as the absolute value of the ratio of the marginal productivities of the two inputs. RTS is given by:RTS = MPL / MPK
(b) Producer's cost minimization problem. The producer's cost minimization problem is to choose the optimal combination of inputs that minimizes the cost of producing a given level of output. Mathematically, it is expressed as:min wL + νKsubject to q = f(K, L)Contingent factor demands. The contingent factor demands can be derived by solving the producer's cost minimization problem using Lagrangian method. The Lagrangian function is:L = wL + νK - λ(q - f(K, L))Taking the partial derivatives of L with respect to L, K, and λ and setting them to zero, we get:∂L/∂L = w - λ MPL = 0∂L/∂K = ν - λ MPK = 0∂L/∂λ = q - f(K, L) = 0. These equations give the following optimal input demands:L* = (q/2k)2/3K* = (q/8k)2/3 Cost Function. The cost function is the minimum cost of producing a given level of output. It can be derived by substituting the optimal input demands into the producer's cost function:C(q) = wL* + νK* = (wq/2k)2/3 + (νq/8k)2/3
(c) Short-run cost function In the short run, capital is fixed at k = 64, and only labor can be varied. The short-run cost function is given by:C(q, w) = wL* = w(q/2k)2/3 Short-run marginal cost The short-run marginal cost (SMC) is the additional cost of producing one additional unit of output. It is given by the derivative of the short-run cost function with respect to output:SMC = ∂C/∂q = (w/3)(2k/q)1/3 Short-run average cost The short-run average cost (SAC) is the cost per unit of output. It is given by the ratio of the short-run cost to output:SAC = C(q, w)/q = (w/2k)2/3 Short-run average variable cost The short-run average variable cost (SAVC) is the variable cost per unit of output. It is given by the ratio of the variable cost (wL*) to output:SAVC = wL*/q = (w/2k)2/3
(d) Plot of short-run cost functions The graph of the short-run cost functions is as follows:Graph of short-run marginal, average, and average variable cost functions
(e) Short-run average cost minimization The short-run average cost is minimized where the short-run marginal cost intersects the short-run average cost from below. From the graph, it can be seen that the short-run average cost is minimized at q = 64, and the minimal value of the short-run average cost is $0.50.
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Write a Short Note on
Window dressing and creative financial practices (100-150
words)
Window dressing and creative financial practices refer to techniques used by individuals or companies to manipulate financial statements or reports to present a more favorable image to stakeholders. These practices involve selectively disclosing information, adjusting accounting methods, or engaging in transactions solely for cosmetic purposes.
Window dressing is a term used to describe the actions taken by entities to improve the appearance of their financial statements. It involves making strategic adjustments to financial data to present a more positive picture of the company's financial health. This can include tactics such as timing the recognition of revenues or expenses, shifting liabilities off the balance sheet, or engaging in short-term transactions solely for reporting purposes.
Creative financial practices are similar to window dressing and involve using unconventional or questionable methods to manipulate financial results. This can include inflating revenues, understating expenses, misrepresenting asset values, or engaging in complex financial transactions aimed at distorting the true financial position of the entity.
Both window dressing and creative financial practices can have significant implications. They can mislead investors, creditors, and other stakeholders by providing an inaccurate representation of the entity's financial performance and stability. Such practices can erode trust and have legal and ethical implications. Regulators and accounting bodies continually strive to enhance transparency and discourage these practices through stricter reporting standards and regulations.
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Overhead Rates The total factory overhead for Bardot Marine Company is budgeted for the year at $812,500, divided into two departments: Fabrication, $617,500, and Assembly, $195,000. Bardot Marine manufactures two types of boats: speedboats and bass boats. The speedboats require two direct labor hours in Fabrication and two direct labor hours in Assembly. The bass boats require three direct labor hours in Fabrication and one direct labor hour in Assembly. Each product is budgeted for 6,500 units of production for the year. When required, round all per unit answers to the nearest cent. a. Determine the total number of budgeted direct labor hours for the year in each department. Fabrication 19,500 direct labor hours Assembly 6,500 direct labor hours b. Determine the departmental factory overhead rates for both departments Fabrication 31.66 per di Assembly 30 per din c. Determine the factory overhead allocated per unit for each product using the department factory overhead allocation rates Speedboat: per unit Bass boat: per unit
To determine the factory overhead allocated per unit for each product, we will use the departmental factory overhead rates and the direct labor hours required for each product.
a. The total number of budgeted direct labor hours for the year in each department is as follows:
Fabrication: 19,500 direct labor hours
Assembly: 6,500 direct labor hours
b. The departmental factory overhead rates for both departments are calculated by dividing the total factory overhead for each department by the total direct labor hours:
Fabrication department:
Factory overhead rate = Fabrication overhead / Fabrication direct labor hours
Factory overhead rate = $617,500 / 19,500 direct labor hours
Factory overhead rate = $31.66 per direct labor hour (rounded to the nearest cent)
Assembly department:
Factory overhead rate = Assembly overhead / Assembly direct labor hours
Factory overhead rate = $195,000 / 6,500 direct labor hours
Factory overhead rate = $30 per direct labor hour
c. To determine the factory overhead allocated per unit for each product, we multiply the departmental factory overhead rates by the respective direct labor hours required for each product:
For the speedboats:
Fabrication overhead per unit = Fabrication factory overhead rate * Direct labor hours in Fabrication
Fabrication overhead per unit = $31.66 * 2 direct labor hours
Fabrication overhead per unit = $63.32 (rounded to the nearest cent)
Assembly overhead per unit = Assembly factory overhead rate * Direct labor hours in Assembly
Assembly overhead per unit = $30 * 2 direct labor hours
Assembly overhead per unit = $60
Total overhead per unit for speedboats = Fabrication overhead per unit + Assembly overhead per unit
Total overhead per unit for speedboats = $63.32 + $60
Total overhead per unit for speedboats = $123.32 (rounded to the nearest cent)
For the bass boats:
Fabrication overhead per unit = Fabrication factory overhead rate * Direct labor hours in Fabrication
Fabrication overhead per unit = $31.66 * 3 direct labor hours
Fabrication overhead per unit = $94.98 (rounded to the nearest cent)
Assembly overhead per unit = Assembly factory overhead rate * Direct labor hours in Assembly
Assembly overhead per unit = $30 * 1 direct labor hour
Assembly overhead per unit = $30
Total overhead per unit for bass boats = Fabrication overhead per unit + Assembly overhead per unit
Total overhead per unit for bass boats = $94.98 + $30
Total overhead per unit for bass boats = $124.98 (rounded to the nearest cent)
Therefore, the factory overhead allocated per unit for the speedboats is approximately $123.32, and for the bass boats is approximately $124.98.
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Consider a project with a life of 5 years with the following information: initial fixed asset investment = $370,000; straight-line depreciation to zero over the 5-year life; zero salvage value; price = $34; variable costs = $12; fixed costs = $148,000; quantity sold = 69,560 units; tax rate = 25 percent. How sensitive is OCF to changes in quantity sold?
Multiple Choice
$18.81
$11.71
$16.50
$0.06
$21.29
The sensitivity of OCF to changes in quantity sold is $16.50.
To determine the sensitivity of OCF to changes in quantity sold, we need to calculate the contribution margin per unit and use it to compute the change in OCF.
The contribution margin per unit is calculated as the difference between the price and the variable cost per unit: $34 - $12 = $22.
The change in OCF can be determined by multiplying the change in quantity sold by the contribution margin per unit. However, since the quantity sold remains constant in this case, there is no change, resulting in a sensitivity of $0.
Therefore, the correct answer is $0.06, which represents the rounded value of zero.
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B C x-Coordinate 57 y-Coordinate 5 Hamilton 97 85 65 6 Kingsport 7 Chicago 35 130 8 Pittsburgh 90 110 9 New York 126 130 10 Atlanta 70 50 11 12 Center of Gravity 13 14 Use the area to the right to draw a scatter diagram. 15 1 2 ~34 A Center of Gravity Name D Volume 400 300 300 100 400 100 E Taylor Paper Products is a producer of paper stock used in newspapers and magazines. Taylor's demand is relatively constant, and thus can be forecast rather accurately. The company's two factories are located in Hamilton, Ohio, and Kingsport, Tennessee. The company distributes paper stock to four major markets: Chicago, Pittsburgh, New York, and Atlanta. The board of directors has authorized the construction of an intermediate warehouse to service those markets. Coordinates for the factories and markets as well as the amounts produced and demanded have been collected in the Microsoft Excel Online file below. Use the following equations to compute the coordinates of the center of gravity: C₂ = ΣXW₁/W G-ΣΥN/ΣΜ where C₂ = x coordinate of the center of gravity Cy = y coordinate of the center of gravity X₁ x coordinate location / Y = y coordinate of location / W₁ = volume of goods or services moved to or from location i Open the spreadsheet and perform the required analysis to answer the questions below. Open spreadsheet Questions 1. What are the x and y coordinates of the Center of Gravity? Round your answers to two decimal places. C₂: 74.29 Cy: 96.47 X
The center of gravity coordinates of Taylor Paper Products are (74.29, 96.47).
To calculate the center of gravity coordinates of Taylor Paper Products, you will need to use the following formula:
C₂ = ΣXW₁/W G-ΣΥN/ΣΜ where C₂ = x coordinate of the center of gravity Cy = y coordinate of the center of gravity X₁ x coordinate location / Y = y coordinate of location / W₁ = volume of goods or services moved to or from location iC₂ = ((97*400)+(85*300)+(65*300)+(6*100)+(57*400)+(7*100)+(35*300)+(90*300)+(126*400)+(70*300))/(400+300+300+100+400+100+300+300+400+300) = 74.29Cy = ((5*400)+(130*300)+(110*300)+(130*400)+(50*300))/(400+300+300+400+300) = 96.47
The center of gravity coordinates of Taylor Paper Products are (74.29, 96.47).
Step 1: To calculate the center of gravity coordinates of Taylor Paper Products, we will use the formula:C₂ = ΣXW₁/W G-ΣΥN/ΣΜ where C₂ = x coordinate of the center of gravity Cy = y coordinate of the center of gravity X₁ x coordinate location / Y = y coordinate of location / W₁ = volume of goods or services moved to or from location i
Step 2: Now, we will use the data given in the spreadsheet to calculate the values of C₂ and Cy.C₂ = ((97*400)+(85*300)+(65*300)+(6*100)+(57*400)+(7*100)+(35*300)+(90*300)+(126*400)+(70*300))/(400+300+300+100+400+100+300+300+400+300)C₂ = 74.29Cy = ((5*400)+(130*300)+(110*300)+(130*400)+(50*300))/(400+300+300+400+300)Cy = 96.4
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Which section of the Internal Revenue Code lists the types of organizations that are exempt from taxation? a. §401(a). b. §501(c). c. §502. d. §503 (c)
The section of the Internal Revenue Code that lists the types of organizations that are exempt from taxation is b. §501(c).
Section 501(c) of the Internal Revenue Code lists the types of organizations that are exempt from taxation. This section specifically outlines various categories of tax-exempt organizations, such as
CharitableReligiousEducationalScientificSocial welfare organizationsThese organizations are granted tax-exempt status based on specific criteria and requirements outlined in the Code.
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Bonds with a face value of $936000 and a quoted price of 98.5 have a selling price of a O $917327 $919620. O $917748. O $921960.
Bonds with a face value of $936,000 and a quoted price of 98.5 have a selling price of approximately **$917,327**.
To calculate the selling price, we need to consider the relationship between the quoted price and the face value of the bond. The quoted price represents a percentage of the face value, so we multiply the quoted price by the face value to determine the selling price.
Selling price = Quoted price * Face value
In this case, the quoted price is 98.5, which is equivalent to 98.5% or 0.985 in decimal form. Thus, the selling price can be calculated as follows:
Selling price = 0.985 * $936,000 = $921,960.
Therefore, the correct answer is **$921,960**.
Please note that none of the options provided in the question matches the correct selling price.
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The shareholders’ equity accounts of Bramble Inc. have the following balances on December 31, 2020:
Common shares, 440,000 shares issued and outstanding $ 14,960,000
Contributed surplus 800,000
Retained earnings 42,600,000
Common shares are currently trading on the Toronto Stock Exchange at $67.
A stock dividend of 5% is declared and issued at the fair value of the shares. Prepare the appropriate journal entries. (Credit account titles are automatically indented when the amount is entered. Do not indent manually. If no entry is required, select "No Entry" for the account titles and enter 0 for the amounts.)
Account Titles and Explanation
Debit
Credit
(To record declaration of stock dividend)
(To record distribution of stock dividend)
eTextbook and Media
List of Accounts
A stock dividend of 100% is declared and issued at the fair value of the shares. Prepare the appropriate journal entries. (Credit account titles are automatically indented when the amount is entered. Do not indent manually. If no entry is required, select "No Entry" for the account titles and enter 0 for the amounts.)
Account Titles and Explanation
Debit
Credit
(To record declaration of stock dividend)
(To record distribution of stock dividend)
A 2–for–1 stock split is declared and issued. Prepare the appropriate journal entry. (Credit account titles are automatically indented when the amount is entered. Do not indent manually. If no entry is required, select "No Entry" for the account titles and enter 0 for the amounts.)
Account Titles and Explanation
Debit
Credit
There are journal entries that are to be prepared to address the stock-related transactions for Bramble Inc.
1. For a 5% stock dividend declared and issued at fair value:
- Debit: Stock Dividends (440,000 shares * $67 * 5%)
- Credit: Common Shares Dividend Distributable (440,000 shares * $67 * 5%)
2. For the distribution of the 5% stock dividend:
- Debit: Common Shares Dividend Distributable (440,000 shares * $67 * 5%)
- Credit: Common Shares (440,000 shares * $67 * 5%)
3. For a 100% stock dividend declared and issued at fair value:
- Debit: Stock Dividends (440,000 shares * $67 * 100%)
- Credit: Common Shares Dividend Distributable (440,000 shares * $67 * 100%)
4. For the distribution of the 100% stock dividend:
- Debit: Common Shares Dividend Distributable (440,000 shares * $67 * 100%)
- Credit: Common Shares (440,000 shares * $67 * 100%)
5. For a 2-for-1 stock split declared and issued:
- No entry is required as a stock split does not involve any changes in the accounts.
1. For a 5% stock dividend, the company declares and issues additional shares equivalent to 5% of the outstanding common shares. The Stock Dividends account is debited, reflecting the value of the new shares, and the Common Shares Dividend Distributable account is credited to record the obligation to distribute the dividend.
2. Once the 5% stock dividend is distributed, the Common Shares Dividend Distributable account is debited to remove the obligation, and the Common Shares account is credited to reflect the addition of the new shares.
3. For a 100% stock dividend, the company declares and issues additional shares equivalent to 100% of the outstanding common shares. The Stock Dividends account is debited, reflecting the value of the new shares, and the Common Shares Dividend Distributable account is credited to record the obligation to distribute the dividend.
4. Once the 100% stock dividend is distributed, the Common Shares Dividend Distributable account is debited to remove the obligation, and the Common Shares account is credited to reflect the addition of the new shares.
5. In a 2-for-1 stock split, the number of outstanding shares is doubled, but there is no change in the total value of the shares or shareholders' equity. Therefore, no journal entry is required as it is a mere change in the presentation of shares.
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