Given that current beta of the stock is 1.5, risk-free rate is 7% annually, and market return is 12% annually, and the expected constant dividend is R6.70 per share, we are required to calculate the new price of the share if the pending lawsuit has just been dismissed and the beta of the share drops to 1.2. The new price of the share is option C) R51.54.
We will use the CAPM formula to calculate the required rate of return for this stock, which is equal to the sum of the risk-free rate and the product of the market risk premium and the beta of the stock.
Risk premium = Market return - Risk-free rate= 12% - 7% = 5%
New required return = Risk-free rate + Beta × Risk premium= 7% + 1.2 × 5%= 7% + 6%= 13%
The current price of the stock is calculated using the Gordon Growth Model, which is:
P₀ = D₁ ÷ (r - g)
Where, P₀ is the current stock price D₁ is the constant dividend expected to be paid next year is the required rate of returng is the constant growth rate of dividends. Since the dividend is expected to grow at a constant rate and the new beta of the stock is 1.2, we can assume that the growth rate of the dividend will remain constant. Let's assume R = R₁ = R20.
New g = (1 - 6.70/R) × 0.13 = (1 - 6.70/20) × 0.13 = 0.07
New P₀ = R6.70 × (1 + g) ÷ (0.13 - g) = R6.70 × 1.07 ÷ (0.13 - 0.07) = R51.54
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A central bank can allow its currency to fall indefinitely, but
it cannot allow its currency to rise indefinitely. Why not?
A central bank can allow its currency to fall indefinitely, but it cannot allow its currency to rise indefinitely. This is because it is relatively easier for a central bank to decrease the value of its currency, rather than increasing it.
A central bank can lower the value of its currency by increasing the supply of the currency through printing more money or reducing the interest rates. Lowering the interest rate makes borrowing money cheaper, which causes an increase in the money supply and weakens the value of the currency. On the other hand, increasing the value of the currency is a much harder task because it requires the central bank to decrease the supply of the currency, which is difficult to achieve. Reducing the supply of the currency would require the central bank to take money out of circulation, which is hard to do and can cause deflation.
Moreover, a higher currency value can also lead to reduced exports, which can be detrimental to a country's economy. As a result, central banks tend to avoid the appreciation of their currency, and instead focus on maintaining stable exchange rates, which can help them stabilize their economy.
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TRUE / FALSE. An automobile dealership is waiting to take delivery of nine new cars. Today, anywhere from zero to all nine cars might be delivered. It is appropriate to use the classical method to assign a probability of 1/10 to each of the possible numbers that could be delivered.
The given statement is False. The reason is that in the classical method, the assumption is that all possible outcomes are equally likely.
But in the given case, we don't have information regarding the possible number of cars delivered. In reality, there is a higher probability of some cars being delivered as compared to none or all the cars being delivered. The probability of each outcome is not the same.Instead, we can use the empirical method to determine the probability of the number of cars that might be delivered. In the empirical method, we determine the probability of each outcome based on past data. We can analyze the number of cars delivered in the past under similar circumstances and then assign probabilities accordingly.
An example of a possible distribution of probabilities for the number of cars delivered is as follows:
Possible number of cars delivered,
X P(X)0 0.051 0.152 0.253 0.354 0.255 0.056 0.007 0.001
The probabilities assigned above are only for reference purposes and may vary depending on the situation and the dealership's past data.
Therefore, it is false that it is appropriate to use the classical method to assign a probability of 1/10 to each of the possible numbers that could be delivered.
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What does the Optimum Cost-Time Point represent for a project?
Why do Project Managers prefer not to reduce the project duration
beyond this point?
The Optimum Cost-Time Point represents the ideal balance between project cost and project duration.
Project Managers prefer not to reduce the project duration beyond this point because it can lead to increased costs and risks. Going beyond the optimum point often requires additional resources and expedited measures, which can significantly inflate project costs. It may also strain resources, leading to burnout and compromised quality.
Rushing the project can result in schedule disruptions and compromise stakeholder expectations. By staying within the Optimum Cost-Time Point, Project Managers maintain a realistic balance between time and cost, minimizing risks and ensuring the successful completion of the project.
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This case illustrates several ways in which Southwest Airlines utilizes the four main building blocks of competitive advantage: efficiency, customer responsiveness, innovation, and reliable quality. Instructions: You will need to review the Southwest Airlines case study at the end of Chapter 3 in the textbook and answer the following questions:
• What is the link between Southwest Airlines’ business model, strategy, competitive advantage, and profitability?
• What are Southwest Airlines’ distinctive competencies, resources, and capabilities to make it happen? • What does the value chain look like within Southwest Airlines?
• How will the Southwest Airlines competitive advantage be maintained in the future?
1. The link: Southwest Airlines' business model, strategy, competitive advantage, and profitability are interconnected.
2. Distinctive competencies: Southwest Airlines excels in operational efficiency, employee engagement, and customer service.
3. Value chain: Southwest Airlines' value chain includes inbound logistics, operations, marketing, customer service, and support functions.
4. Maintaining competitive advantage: Southwest Airlines can sustain its competitive advantage by focusing on efficiency, customer responsiveness, innovation, and quality.
1. The link between Southwest Airlines' business model, strategy, competitive advantage, and profitability lies in the alignment of these elements. Southwest's business model of offering low-cost flights with high-quality service and point-to-point routes supports its strategy of operational efficiency, exceptional customer service, and employee satisfaction. This, in turn, creates a competitive advantage for Southwest in terms of cost leadership, customer loyalty, and market differentiation, ultimately driving its profitability.
2. Southwest Airlines' distinctive competencies include efficient operations, a strong corporate culture, and a focus on employee engagement. The company's resources encompass a young and fuel-efficient fleet, strategic airport locations, and a well-established brand reputation.
3. The value chain within Southwest Airlines consists of several interconnected activities. It begins with inbound logistics, including aircraft acquisition and maintenance. Operations involve efficient scheduling, boarding, and baggage handling. Outbound logistics focus on delivering passengers to their destinations. Marketing and sales efforts generate customer demand, while customer service ensures a positive experience.
4. Southwest Airlines can maintain its competitive advantage in the future by continuing to prioritize efficiency, customer responsiveness, innovation, and reliable quality. It should invest in technology and digital initiatives to enhance operations and improve the customer experience. Adapting to changing market trends and customer preferences while remaining true to its low-cost business model will be crucial.
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12. Problem 5.14 (Future Value of an Annuity) eBook Find the future values of these ordinary annuities. Compounding occurs once a year. Do not round intermediate calculations. Round your answers to the nearest cent. a. $500 per year for 10 years at 8%. $ b. $250 per year for 5 years at 4%. $ c. $1,000 per year for 5 years at 0%. $ d. Rework parts a, b, and c assuming they are annuities due. Future value of $500 per year for 10 years at 8%: $ Future value of $250 per year for 5 years at 4%: $ Future value of $1,000 per year for 5 years at 0%: $
a. The future value of an ordinary annuity with $500 per year for 10 years at 8% is $7,102.52.
b. The future value of an ordinary annuity with $250 per year for 5 years at 4% is $1,306.48.
c. The future value of an ordinary annuity with $1,000 per year for 5 years at 0% is $5,000.
An ordinary annuity refers to a series of equal cash flows received or paid at the end of each period. The future value of an ordinary annuity calculates the total value of these cash flows at a future point in time, considering the compounding of interest.
To calculate the future value of an ordinary annuity, we use the formula:
FV =[tex]P * [(1 + r)^n - 1] / r[/tex]
Where:
FV = Future value of the annuity
P = Amount of each cash flow
r = Interest rate per compounding period
n = Number of compounding periods
For part a:
P = $500, r = 8%, and n = 10. Plugging these values into the formula, we get:
FV = [tex]$500 * [(1 + 0.08)^10 - 1] / 0.08 = $7,102.52[/tex]
Similarly, for parts b and c, we use the respective values to calculate the future values.
For part d, annuity due means that the cash flows are received or paid at the beginning of each period. The only difference in calculation is adjusting the formula by multiplying it by (1 + r) to account for the extra compounding period.
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From the information below, select the optimal capital structure for Jumbo Infotainment Enterprises. a. Debt = 20%; Equity = 80%; EPS = $2.95; WACC = 13,79%. b. Debt 30%; Equity = 70% ; EPS = $3.05; WACC=13.71%. c. Debt = 40%; Equity = 60%; EPS = $3.18; WACC=13.75%. d. Debt = 50%; Equity=50%; EPS = $3.31; WACC = 13.87%. e. Debt 60% ; Equity = 40 % ; EPS = $3.42; WACC=14.22%.
The optimal capital structure for Jumbo Infotainment Enterprises is option c. Debt = 40%; Equity = 60%; EPS = $3.18; WACC = 13.75%.
To determine the optimal capital structure, we need to consider both the earnings per share (EPS) and the weighted average cost of capital (WACC). The goal is to maximize EPS while minimizing the WACC.
Among the given options, option c has the highest EPS ($3.18), indicating higher profitability. Additionally, it has a relatively lower WACC (13.75%), suggesting a lower cost of capital compared to the other options.
By selecting option c, Jumbo Infotainment Enterprises can achieve a higher level of profitability while maintaining a relatively lower cost of capital, making it the optimal capital structure choice.
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Real estate closing fees customarily appear on a settlement statement as a:
Charge that is shared equally by the buyer and seller in the case of a conventional loan.
Charge to the seller in the case of a VA loan.
Charge that may be shared equally by the buyer and seller in the case of an FHA loan.
Real estate closing fees customarily appear on a settlement statement as a charge that may be shared equally by the buyer and seller in the case of an FHA loan.
During a real estate transaction, there are various closing fees and costs that need to be paid. These fees typically cover services and expenses related to the closing process, such as title searches, attorney fees, appraisal fees, recording fees, and lender fees.
In the case of an FHA loan, which is a type of mortgage insured by the Federal Housing Administration, the closing costs can be shared between the buyer and seller. The specific allocation of these costs can be negotiated between the parties or determined by local custom and regulations.
The FHA allows for the seller to contribute towards the buyer's closing costs, up to a certain limit specified by the FHA guidelines. This means that the seller can agree to pay a portion or all of the closing fees on behalf of the buyer. However, it's important to note that there are certain limitations and restrictions on seller contributions to closing costs imposed by the FHA.
In some cases, the buyer may also be responsible for covering a portion of the closing fees, depending on the agreement reached between the buyer, seller, and lender. The exact allocation of closing costs can vary based on factors such as the purchase agreement, state laws, and negotiations between the parties involved.
Overall, on a settlement statement, real estate closing fees for an FHA loan are typically indicated as charges that may be shared equally by the buyer and seller, although the actual allocation may vary based on the specific terms of the transaction.
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The Vaal University of Technology established the Policy, Risk and Compliance Unit (PRC) to oversee policy, risk and compliance efforts across the university.
The Unit provides leadership and services that enhance and protect organizational values, mitigate internal and external risk exposures, and ensure the organization’s adherence to legal, ethical, and regulatory obligations.
Our aim is to support and promote a culture of compliance, risk mitigation, and accountability by acting as a consultative resource and working collaboratively with all members of the university community.
The Policy, Risk and Compliance Unit (PRC) at Vaal University of Technology is responsible for overseeing policy, risk, and compliance efforts, providing leadership and services to enhance organizational values.
The PRC functions as a consultative resource, working collaboratively with all members of the university community. Its role is to support and promote a culture of compliance, risk mitigation, and accountability. By providing guidance and implementing strategies, the PRC helps the university navigate and address potential risks, ensure compliance with laws and regulations, and uphold ethical standards.
The establishment of the Policy, Risk and Compliance Unit demonstrates the university's commitment to maintaining integrity, managing risks effectively, and fostering a culture of compliance. Through its consultative approach and collaborative efforts, the PRC plays a crucial role in safeguarding the university's values and reputation while ensuring adherence to legal and ethical obligations.
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Zippy Furniture Sales: 14 months with no payments or interest. If the full amount is not paid by the end of that time, interest must be paid from the date of purchase at 24% annual rate. Zappy Home Interiors: All merchandise in sale for 20% off, cash must be paid at the time of purchase.
Although you have the cash to make the purchase, you were hoping to invest that cash in the stock market and earn a 12% annual return. Which alternative would you choose? Why?
I would choose the option of Zippy Furniture Sales with 14 months of no payments or interest.
Choosing the option of Zippy Furniture Sales with 14 months of no payments or interest would be the better alternative in this scenario. Despite having the cash available for the purchase, opting for Zippy Furniture allows me to defer payment and invest the cash in the stock market to potentially earn a higher return.
By investing the cash in the stock market, I have the opportunity to earn a 12% annual return, which is higher than the 0% interest offered by Zippy Furniture during the initial 14 months. This means that for the first 14 months, I can benefit from the potential gains in the stock market while delaying the payment for the furniture.
However, it is important to note that if the full amount is not paid by the end of the 14-month period, interest at a rate of 24% annually will be charged from the date of purchase. Therefore, it is crucial to ensure that the full amount is paid before the deadline to avoid incurring high interest charges.
In summary, by choosing the Zippy Furniture option, I can take advantage of the opportunity to invest in the stock market and potentially earn a higher return during the 14-month period. However, it is essential to carefully manage the payment and ensure that the full amount is paid within the given timeframe to avoid interest charges.
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Consider the following linear program: max z-2x1-x2 + x3 s.t. x1+x2+x3 <=3 x2+x3 - 2 x1 +x3-1 x1,x2.x3 >=0 Row 0 of the LP's optimal tableau is as follows (you do not need the rest of the Simplex table to answer the question). z x1 x2 x3 s1 e2 a2 a3 RHS 1 (M-1) (M+2) 0 rowo 1 4 0 0 0 Which of the following is True? Since e2 is nonbasic, e2-0, thus constraint 2 is binding Since e2 is nonbasic, e2 is NOT 0, thus constraint 2 is NOT binding
Since e2 is nonbasic and e2-0, constraint 2 is binding in the optimal tableau.
In the optimal tableau, the variable e2 is nonbasic, meaning its value is set to zero. When e2-0, it implies that the corresponding constraint, which is constraint 2 in this case, is binding. This means that the constraint 2 is active and affects the solution of the linear program.
The statement that e2 is nonbasic and e2-0, thus constraint 2 is binding, is true. The optimality of the tableau indicates that the value of e2 is set to zero, which suggests that constraint 2 is indeed active and contributes to the optimal solution of the linear program.
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For 105 consecutive days, a process engineer has measured the temperature of champagne bottles as they are made ready for serving. Each day, she took a sample of 10 bottles. The average across 1050 bottles (105 days, 10 bottles per day) was 58 degrees Fahrenheit. The standard deviation across all bottles was 1.2 degrees.
When constructing an X Bar chart, what would be the upper control limit?
The average of the X Bar chart is μx-bar =59.14°F. The standard deviation of the process is σ = 1.2°F, and a sample size is n = 10 bottles per day.
The upper control limit (UCL) for the X Bar chart formula is given by: UCL = μx-bar + zσ/√nWhere;μx-bar = average of X Bar chartσ = standard deviation of the process n = sample size n = 10 bottles per day z = Z-score for a specified level of confidence The Z-score for a specified level of confidence can be determined from the standard normal table. For this question, a 99.7% confidence level will be used. This translates to a Z-score of 3. The value of UCL is UCL = μx-bar + zσ/√n UCL = 58°F + 3(1.2°F)/√10UCL = 58 + 1.14UCL = 59.14°F Therefore, the upper control limit for the X Bar chart is 59.14°F. This means that any value of X Bar chart beyond this limit is considered out of control. The process needs to be checked to detect the source of the problem.
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What is Big Date ? How? Why Big Data? Big Data Gets Personal
Behavioral Targeting
The primary objective of big data is to uncover patterns, correlations, and other insights that can help businesses make better decisions.
Big data refers to the massive amount of data generated and collected in today's world. This data is too large and complex for traditional data processing software to handle. Big data can be analyzed to identify patterns, trends, and associations, which can be used to make informed decisions.
It refers to large, complex, and diverse datasets that are too difficult to process using traditional data processing methods. This data can come from a variety of sources, including social media, sensors, and transactional data.
Big data can help organizations make better decisions by providing insights into customer behavior, product performance, and market trends. By analyzing this data, businesses can identify opportunities for growth and improvement. Big data can also be used to optimize operations, reduce costs, and increase efficiency
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The purchased cost of a shell-and-tube heat exchanger (floating-head and carbon-steel tubes) with 6601 m2 of the heating surface was OMR 6601 in 2015. (a) What will be the 2015 purchased cost of a similar heat exchanger with 34 m2 of the heating surface if the purchased cost capacity exponent is 0.65 for surface areas ranging from 10 to 50 m2? (b) cost capacity exponent for this type of exchanger is 0.83 for surface areas ranging from 50 to 200 m2, what will be the purchased cost of a heat exchanger with 6601 m2 of heating surface in 2018? Use suitable Marshall & Swift or Chemical engineering plant cost index data values with proper referencing,
(a) The 2015 purchased cost of a similar heat exchanger with 34 m2 of heating surface can be calculated using the purchased cost capacity exponent of 0.65. (b) The purchased cost of a heat exchanger with 6601 m2 of heating surface in 2018 can be determined using the purchased cost capacity exponent of 0.83 and suitable cost index data sources.
(a) The purchased cost of a similar heat exchanger with 34 m2 of heating surface in 2015 can be calculated using the purchased cost capacity exponent of 0.65.
Purchased cost ratio = (Surface area of new heat exchanger / Surface area of reference heat exchanger)^Purchased cost capacity exponent
Purchased cost ratio = (34 m2 / 6601 m2)^0.65
Purchased cost of new heat exchanger = Purchased cost ratio * Purchased cost of reference heat exchanger
Purchased cost of new heat exchanger = (34 m2 / 6601 m2)^0.65 * OMR 6601
(b) To calculate the purchased cost of a heat exchanger with 6601 m2 of heating surface in 2018, we need to use the purchased cost capacity exponent of 0.83.
Purchased cost ratio = (Surface area of new heat exchanger / Surface area of reference heat exchanger)^Purchased cost capacity exponent
Purchased cost ratio = (6601 m2 / 6601 m2)^0.83
Purchased cost of new heat exchanger = Purchased cost ratio * Purchased cost of reference heat exchanger
Purchased cost of new heat exchanger = (6601 m2 / 6601 m2)^0.83 * Purchased cost of reference heat exchanger
To obtain accurate values for the purchased cost and reference heat exchanger, it is necessary to consult suitable cost index data sources such as Marshall & Swift or Chemical engineering plant cost index.
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Find the after-tax return to a corporation that buys a share of preferred stock at $25.00, sells it at year-end at $29.00, and receives a $3.00 year-end dividend. The firm is in the 25.00% tax bracket. Assume the dividend exclusion rate is 50%.
After-Tax return to the corporation is $5.125.
Initial Investment in Preferred stock= $25.00
Sale price at year end= $29.00
Year-end dividend= $3.00Tax bracket= 25%
Dividend exclusion rate= 50%
To find: After-tax return to the corporation that buys a share of preferred stock at $25.00, sells it at year-end at $29.00, and receives a $3.00 year-end dividend
Total Return= Capital Gain + Dividend
Capital Gain= Sale price - Initial price
Dividend= Year-end dividend × Dividend exclusion rate
Tax paid on Dividend= Dividend × (1- Dividend exclusion rate) × Tax bracket
After-Tax return= Total return - Tax paid on Dividend
Capital Gain= Sale price - Initial price= $29.00 - $25.00= $4.00Dividend= Year-end dividend × Dividend exclusion rate= $3.00 × 50%= $1.50Tax paid on Dividend= Dividend × (1- Dividend exclusion rate) × Tax bracket= $1.50 × (1- 50%) × 25%= $0.375After-Tax return= Total return - Tax paid on Dividend
Total Return= Capital Gain + Dividend= $4.00 + $1.50= $5.50After-Tax return= Total return - Tax paid on Dividend= $5.50 - $0.375= $5.125
After-Tax return to the corporation is $5.125.
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The two types of publicity are that which is disseminated through any Internet-based platform, and the other is that which is
-delivered through traditional media.
-delivered through word of mouth.
-delivered via calling centers.
-delivered during annual stakeholders' meetings.
-delivered through industry symposia.
The two types of publicity are that which is disseminated through any Internet-based platform and that which is- A. delivered through traditional media.
What is publicity?Publicity refers to the promotion of a product, service, or brand through various mediums. Publicity is an essential element of every marketing campaign, and it can be divided into two categories: internet-based publicity and traditional media-based publicity.
Internet-based publicity refers to the promotion of a product, service, or brand through any online medium, such as social media platforms, blogs, podcasts, and other web-based resources.
Traditional media-based publicity, on the other hand, refers to the promotion of a product, service, or brand through any conventional media outlet, such as newspapers, magazines, television, radio, and other forms of media.
Hence, option A. is correct.
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list any five reasons that can be adduced to justify
the non-existent of a strategic planning in a company
While strategic planning is commonly regarded as a crucial process for organizations, there may be circumstances or factors that can lead to the non-existence of strategic planning within a company.
Here are five reasons that could be adduced to justify the absence of strategic planning:
1. Small-scale or Start-up Operations: Small-scale business or start-ups may prioritize immediate operational needs and survival, lacking the resources or expertise to engage in formal strategic planning. The focus may be on day-to-day tasks, sales, and establishing a customer base.
2. Reactive and Dynamic Environment: Some industries or markets experience rapid changes, unpredictability, and constant disruptions. In such contexts, companies may find it challenging to develop long-term strategic plans due to the need for agility and adaptability to navigate changing circumstances.
3. Short-Term Orientation: Certain organizations, especially those with a short-term focus on financial gains, may prioritize immediate results over long-term planning. This approach may be driven by factors such as shareholder demands, quarterly performance targets, or immediate market opportunities.
4. Lack of Awareness or Understanding: In some cases, organizations may not fully comprehend the importance or benefits of strategic planning. They may lack awareness of the potential competitive advantages, risk mitigation, or growth opportunities that strategic planning can provide.
5. Leadership Style or Culture: The leadership style or organizational culture within a company can influence the presence or absence of strategic planning. If leaders have a preference for an ad-hoc decision-making approach or if the culture promotes a reactive, short-term mindset, strategic planning may not be prioritized or embedded within the company.
It is important to note that while these reasons may explain the non-existence of strategic planning, it does not necessarily imply that it is advisable or beneficial for companies to operate without a strategic planning framework. Strategic planning helps organizations align their goals, set a direction, allocate resources effectively, and respond to challenges and opportunities in a structured and intentional manner.
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looking at the trend of natural that have accrued in India in the past 5 years m your company would like to buy insurance against earthquakes,which of the risk response strategies dose this belong to? a-Acceptance b-mitigation c-contingency d-transference
The risk response strategy of buying insurance against earthquakes belongs to the risk response strategy of transference (option d).
In risk management, there are four common risk response strategies: acceptance, mitigation, contingency, and transference.a. Acceptance: This strategy involves accepting the risk and its potential consequences without taking any specific action to mitigate or transfer it.b. Mitigation: This strategy aims to reduce the probability or impact of the risk. It involves implementing measures and actions to minimize the occurrence or severity of the risk.c. Contingency: This strategy involves preparing a contingency plan to respond to the risk if it occurs. It includes identifying alternative courses of action and establishing protocols to mitigate the negative consequences.
d. Transference: This strategy involves transferring the risk to a third party, typically through insurance or contracts. By purchasing insurance against earthquakes, the company is transferring the financial impact of the risk to the insurance provider.In the given scenario, the company's decision to buy insurance against earthquakes indicates that they are opting for the risk response strategy of transference. By transferring the risk to an insurance company, the company seeks to mitigate the financial impact of potential earthquake-related losses.
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Elected legislative representatives are considering enacting a quota on imports of baseball bats, with the rights to imports the quota quantity of bats to be given to the three companies that currently distribute imported baseball bats. Three options of allocating the quota licenses are considered: - fixed favoritism, auction and resource- using application procedures. • Evaluate and explain how each of the methods benefits the government. • Under what circumstances, each of these methods would be preferred over another. Also, explain the inefficiency implications of each method.
Fixed Favoritism:
Under fixed favoritism, the government would allocate the quota licenses to the three companies that currently distribute imported baseball bats.
This method benefits the government by allowing it to maintain control over the allocation process and potentially build favorable relationships with specific companies or industry stakeholders. The government can use this method to reward companies that have supported its policies or have political connections.
However, the method of fixed favoritism is prone to inefficiencies and potential rent-seeking behavior. It can create a lack of competition and hinder market efficiency, as the chosen companies may not necessarily be the most efficient or competitive. This can result in higher prices for consumers, reduced product quality, and limited choices. Additionally, this method may create a perception of favoritism and unfairness, leading to public discontent and potential accusations of corruption.
Auction:
Using an auction to allocate the quota licenses benefits the government by generating revenue. Companies interested in obtaining the quota licenses would participate in a competitive bidding process, and the licenses would be awarded to the highest bidders. This allows the government to capture some of the economic rent associated with the quota, potentially contributing to government revenue.
The auction method encourages market competition and can result in efficient allocation of resources. It incentivizes companies to bid based on their willingness to pay and their assessment of the value of the quota licenses. The highest bidders are likely to be the companies that can utilize the quota licenses most efficiently, leading to more productive allocation of resources.
However, the auction method may have some inefficiencies. It could potentially exclude smaller or less financially capable companies from participating, limiting competition and innovation. Moreover, if the auction process lacks transparency or is subject to collusion, it can undermine its intended benefits and lead to inefficiencies.
Resource-Using Application Procedures:
Resource-using application procedures involve allowing interested companies to submit applications to obtain the quota licenses. The government evaluates the applications based on certain criteria, such as the company's track record, financial stability, or production capacity. This method benefits the government by allowing it to exercise discretion in selecting the most qualified and capable companies to receive the licenses.
The resource-using application method can ensure that the companies selected have the necessary expertise, capacity, and experience to effectively utilize the quota licenses. It can also provide an opportunity for smaller or new companies to demonstrate their potential and compete on non-price factors.
However, this method may be subject to biases and subjective judgments, leading to potential inefficiencies and favoritism. The evaluation process can be influenced by political or personal considerations, and it may be challenging to ensure transparency and fairness throughout the selection process. Additionally, resource-using application procedures can be time-consuming and bureaucratic, potentially leading to delays and inefficiencies.
Preference for each method over another:
The preference for a particular method depends on the government's objectives and priorities. If the government seeks to maximize revenue, an auction would be preferred. If the government prioritizes stability and established relationships, fixed favoritism may be chosen. If the government aims to ensure efficient allocation based on specific criteria, resource-using application procedures could be favored.
Inefficiency implications:
The inefficiency implications of each method are as follows:
Fixed favoritism: Potential lack of competition, reduced market efficiency, higher prices, lower product quality, limited choices, perception of favoritism, and potential accusations of corruption.
Auction: Potential exclusion of smaller companies, lack of transparency or collusion, and potential distortion of market dynamics.
Resource-using application procedures: Subjective judgments, potential biases, lack of transparency, delays, and bureaucratic inefficiencies.
To mitigate inefficiencies, it is crucial for the government to design and implement robust procedures, ensure transparency, minimize opportunities for rent-seeking behavior, and promote fair competition and market efficiency.
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Benitez Security Systems has an annual demand for camera security systems of 1576 units. The average cost of camera security systems is $514. The handling or storage cost is estimated at 18% of the unit cost and the ordering cost is $26 per order. If the owner orders in quantities of 250 or more, he can get a 5% discount on the cost of camera security systems. The company operates 300 days a year and the waiting time to receive orders is 10 business days.
2. What is the optimal order quantity (EOQ or Q*) for each order in the non-discount sale? Response
3. What is the total annual cost (ATC) of managing inventory for the offer that does not offer a discount? Response
4. What is the total annual cost (ATC) of managing inventory for the discount offer?
2. The optimal order quantity (EOQ or Q*) for each order in the non-discount sale is approximately 29.75 units.
3. The total annual cost (ATC) of managing inventory for the offer that does not offer a discount is approximately $2749.15.
4. The total annual cost (ATC) of managing inventory for the discount offer is approximately $2749.15.
To calculate the optimal order quantity (EOQ) for each order in the non-discount sale, we can use the EOQ formula:
EOQ = √((2 * D * S) / H)
Where:
D = Annual demand for camera security systems = 1576 units
S = Ordering cost per order = $26
H = Holding or storage cost as a percentage of unit cost = 18% of $514 = $92.52
Plugging in the values, we have:
EOQ = √((2 * 1576 * 26) / 92.52) ≈ √(81776 / 92.52) ≈ √884.88 ≈ 29.75
Therefore, the optimal order quantity (EOQ) for each order in the non-discount sale is approximately 29.75 units.
To calculate the total annual cost (ATC) of managing inventory for the offer that does not offer a discount, we can use the following formula:
ATC = (D / Q) * S + (Q / 2) * H
Where:
D = Annual demand for camera security systems = 1576 units
Q = Order quantity
S = Ordering cost per order = $26
H = Holding or storage cost as a percentage of unit cost = 18% of $514 = $92.52
Using the EOQ calculated earlier as the order quantity, we have:
ATC = (1576 / 29.75) * 26 + (29.75 / 2) * 92.52 ≈ 52.92 * 26 + 14.875 * 92.52 ≈ $1379.92 + $1369.23 ≈ $2749.15
Therefore, the total annual cost (ATC) of managing inventory for the offer that does not offer a discount is approximately $2749.15.
To calculate the total annual cost (ATC) of managing inventory for the discount offer, we need to consider the 5% discount on the cost of camera security systems. The discounted unit cost would be 95% of the original cost:
Discounted unit cost = $514 * 0.95 ≈ $488.30
Using the same formula as before, but with the discounted unit cost, we have:
ATC = (D / Q) * S + (Q / 2) * H
ATC = (1576 / Q) * 26 + (Q / 2) * 92.52
To find the optimal order quantity (EOQ) for the discount offer, we can repeat the calculation using the discounted unit cost:
EOQ = √((2 * D * S) / H)
EOQ = √((2 * 1576 * 26) / 92.52) ≈ √(81776 / 92.52) ≈ √884.88 ≈ 29.75
Using the EOQ as the order quantity, we can calculate the total annual cost (ATC) for the discount offer:
ATC = (1576 / 29.75) * 26 + (29.75 / 2) * 92.52 ≈ 52.92 * 26 + 14.875 * 92.52 ≈ $1379.92 + $1369.23 ≈ $2749.15
Therefore, the total annual cost (ATC) of managing inventory for the discount offer is approximately $2749.15.
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comapny pear wants to analyze its market position against its major competitor Orange. Operations research analyst decided to model brand switching behavior of customers from one company's brand to another using Markov chain and estimated the transition probability matrix as follows . in matrix P denotes Pear , O is orange and A is all other brands . using this brand switching prob matrix find steady state market shares of Pear and Orange companies
The steady state market shares of Pear and Orange cannot be determined without the transition probability matrix.
The steady state market shares of Pear and Orange companies can be determined using the transition probability matrix obtained through the Markov chain analysis. However, the provided transition probability matrix is missing, so I am unable to calculate the exact market shares for Pear and Orange. Please provide the transition probability matrix to proceed with the analysis.
To calculate the steady state market shares, we need the transition probability matrix, which represents the probabilities of customers switching between brands. The Markov chain analysis allows us to model this brand switching behavior. By finding the eigenvector corresponding to the eigenvalue of 1, we can determine the steady state probabilities of customers being in each brand category.
Without the transition probability matrix, it is not possible to calculate the steady state market shares of Pear and Orange. However, once the matrix is provided, we can apply the principles of Markov chain analysis to determine the long-term market shares of the two companies. This analysis can provide valuable insights into the competitive positioning of Pear and Orange, allowing the operations research analyst to assess their market positions and make informed decisions based on the obtained results.
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Describe in detail how a recent INNOVATION (product, service, offering, business model or company DNA model) from the past 10 years has achieved tending-to- infinite (unusually large) margins, compare
One example of an innovation from the past 10 years that has achieved unusually large margins is the business model of ride-sharing platforms, id Uber.
What is INNOVATION?Uber's ride-sharing platform is an innovation that achieved large margins in the past decade. Uber revolutionized transportation with a peer-to-peer ride-sharing app.
Uber provides a convenient alternative to taxis by connecting passengers with available drivers. Uber's key to high margins was network effects, where the value of the service grows as more users join. As users increased, more drivers joined for steady ride supply.
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Sama company has the following unadjusted account balances at December 31, 2021; Total Sales of $511,000, Accounts Receivable of $395,600 and the allowance was estimated as 3%of the total Account Receivable. The Allowance for Doubtful Accounts had a credit balance of $7,200, before the estimate was made. Required: Prepare the adjusting journal entry to record bad debts expense for 2021.
The adjusting journal entry to record bad debts expense for 2021 would be as follows:
Bad Debts Expense $11,868
Allowance for Doubtful Accounts $11,868
To calculate the bad debts expense, we need to determine the estimated allowance for doubtful accounts. In this case, the allowance is estimated as 3% of the total accounts receivable, which amounts to $395,600 * 3% = $11,868. Since the Allowance for Doubtful Accounts had a credit balance of $7,200 before the estimate was made, we need to increase the allowance by the difference between the estimated allowance and the existing balance. Therefore, the adjusting entry increases the Allowance for Doubtful Accounts by $11,868 - $7,200 = $4,668, resulting in a credit to the Allowance for Doubtful Accounts. This increase in the allowance represents the bad debts expense for the year.
The adjusting journal entry for bad debts expense helps recognize the estimated amount of uncollectible accounts based on the allowance for doubtful accounts. By increasing the allowance, the company accounts for potential losses from customers who may not pay their outstanding balances. This adjustment ensures that the financial statements reflect a more accurate estimation of the company's accounts receivable and the associated potential bad debts.
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Bennett Company has a potential new project that is expected to generate annual revenues of $262.100, with variable costs of $144,000, and fixed costs of $61,300. To finance the new project, the company will need to issue new debt that will have an annual interest expense of $24,500. The annual depreciation is $25,200 and the tax rate is 21 percent. What is the annual operating cash flow?
To calculate the annual operating cash flow, we need to subtract the operating expenses (variable costs and fixed costs) and the annual interest expense from the annual revenues. Then, we will adjust for taxes and add back the depreciation.
Annual operating cash flow = Annual revenues - Variable costs - Fixed costs - Annual interest expense + Depreciation
Annual operating cash flow = $262,100 - $144,000 - $61,300 - $24,500 + $25,200
Annual operating cash flow = $57,500
Therefore, the annual operating cash flow for the project is $57,500.
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Three Dimensional Development Model Application:
1. Explain the theory/perspective
2. Explain specifically how this model relates to the family
business (Jewelery Store)
3. Apply aspects of theory to
The Three-Dimensional Development Model is a developmental model that provides a framework for assessing and enhancing a child's physical, cognitive, and psychosocial development. This model suggests that children's development is affected by their environment, biology, and culture.
The physical development of a child includes the development of motor skills and the growth of the body. The cognitive development of a child refers to their mental development, including their ability to think, reason, and solve problems.
The psychosocial development of a child refers to their emotional and social development, including their ability to interact with others and form relationships. Aspects of the Three-Dimensional Development Model can be applied to help children develop in a well-rounded way.
For example, by providing opportunities for physical activity, children can develop their motor skills and promote their physical growth. By providing educational materials and activities that challenge children's thinking, children can develop their cognitive skills.
By providing opportunities for children to interact with others, they can develop their social skills and emotional intelligence.In conclusion, the Three-Dimensional Development Model provides a useful framework for understanding and promoting children's development.
By applying aspects of this model, parents, educators, and caregivers can help children develop into well-rounded individuals.
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refer to exhibit 15-5. at the end of 2021, the company estimates that the employee turnover will be 5% a year for the entire service period. at the end of 2022, only 30,000 options vest as only 30 of the 40 executives actually remain. the compensation expense for 2022 will be (round off turnover calculations to three decimal places and answer to the nearest dollar.) a. $49,957 b. $82,575 c. $80,022 d. $70,000
The compensation expense recognized in 2022 is $80,022. The correct answer is option (c) $80,022.
Explanation: The fair value of the 100,000 share options granted to 40 executives on January 1, 2021, is $120,000. Therefore, the compensation expense recognized in 2021 is $40,000. ($120,000/3 years)On December 31, 2021, the fair value of the share options increased to $150,000. In this situation, the compensation expense recognized in 2022 would be $50,000. ($150,000/3 years)The total compensation expense recognized for 2021 and 2022 is $90,000. Since only 30 executives remain at the end of 2022, only 30,000 options vest. Thus, the compensation expense recognized in 2022 is $80,022. (30,000/100,000 x $120,000) - $40,000 - $50,978= $80,022.Turnover Calculation: Turnover is the percentage of people who leave an organization over a specific period. In this case, the company predicts that 5% of its employees will leave every year from 2021 to 2023. As a result, the company will lose 2.5 executives each year, on average. (5% of 40 executives)Since turnover can occur at any time during the year, we must account for how many executives remain at the end of each year to calculate the expense for each year. Therefore, at the end of 2021, 37.5 executives will remain (40 - 2.5). At the end of 2022, only 30 executives will remain, resulting in a turnover of 10 executives (40 - 30).
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You just received a $20,000 annual bonus at your job (Nice!). With this nice payday you have $12,000 after federal and California tax (yikes!). Instead of saving this money, you are going to put $9,000 down on your dream car, a slightly used 2019 Jaguar F-type which is selling for $45,000 total, after-tax and all fees. You take out a loan to cover the car payment, which will be 72- months long, with a 5.5% APR. What is the monthly payment on your new ride? (a) $423.15 (b) $588.17 (c) $608.59 (d) $701.23
The monthly payment on your new ride would be approximately $608.59. The correct answer is option (c).
To calculate the monthly payment on your car loan, we can use the formula for the monthly payment on an amortizing loan:
M = P * (r * (1 + r)ⁿ) / ((1 + r)ⁿ⁻¹)
Where:
M = Monthly payment
P = Loan amount
r = Monthly interest rate (APR / 12)
n = Number of months
Loan amount (P) = $45,000 - $9,000 = $36,000
APR = 5.5%
Number of months (n) = 72
First, we need to convert the APR to a monthly interest rate:
Monthly interest rate (r) = APR / 12 / 100
r = 5.5% / 12 / 100 = 0.0045833
Now we can calculate the monthly payment (M):
M = $36,000 * (0.0045833 * (1 + 0.0045833)⁷²) / ((1 + 0.0045833)⁷²⁻¹)
M = $608.59
Therefore, the monthly payment on your new ride would be approximately $608.59. The correct answer is (c) $608.59.
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A Quality Analyst wants to construct a control chart for determining whether errors in bank transactions are under control. She looked at samples of 1000 transactions each week, for four weeks in a row. A transaction was considered defective, if the analyst detected any error in the transaction.
Week Total Defectives
1 50
2 27
3 15
4 35
What is the average sample proportion of defective transactions for all four weeks?
.04 .30 .032 None of the other options are correct .02
The average sample proportion of defective transactions for all four weeks will be 0.032. The correct answer is option C.
Week 1:
Total transactions: 1000
Defective transactions: 50
Sample proportion of defectives: 50/1000 = 0.05
Week 2:
Total transactions: 1000
Defective transactions: 27
Sample proportion of defectives: 27/1000 = 0.027
Week 3:
Total transactions: 1000
Defective transactions: 15
Sample proportion of defectives: 15/1000 = 0.015
Week 4:
Total transactions: 1000
Defective transactions: 35
Sample proportion of defectives: 35/1000 = 0.035
To calculate the average sample proportion, we add up the sample proportions for each week and divide by the number of weeks:
Average sample proportion = (0.05 + 0.027 + 0.015 + 0.035) / 4 = 0.127 / 4 = 0.03175
Hence, the average sample proportion of defective transactions for all four weeks is 0.032.
The correct answer is option C.
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how
can we analyse coa's Mexico expansion with VRIO framework?
The VRIO framework is an acronym that stands for Value, Rarity, Imitability, and Organization. It is a tool for assessing a company's internal resources and capabilities. The framework analyses whether a company's resources are valuable, rare, hard to imitate, and well-organized. The VRIO framework is useful in assessing a company's competitive advantage.
COA's Mexico expansion has created value for the company by increasing its revenue. The company has a competitive edge in the Mexican market, which has helped it increase its revenue. The VRIO framework is a useful tool in analyzing a company's resources to determine its competitive advantage. In analyzing COA's Mexico expansion with VRIO framework, we can conclude that the company has a competitive advantage in the Mexican market. The company's resources are valuable, but they are not unique. COA must strive to maintain its competitive edge by ensuring that its resources are unique and hard to imitate. COA must also ensure that its resources are well-organized to help the company achieve its goals. COA's Mexico expansion resources are easily imitated by competitors. The company must strive to maintain its competitive edge by ensuring that its resources are unique and cannot be easily copied by its competitors.
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A sparepart distributor is deciding on a policy for the use of TL or LTL transportation for inbound shipping. TL shipping costs $700 per truck plus $150 per pickup. Thus, a truck used to pick up from three suppliers costs 700 + (3 * 150). A truck can carry up to 2,500 units. The distributor incurs a fixed cost of $250 for each order placed with a supplier. Thus, an order with three distinct suppliers incurs an ordering cost of $750. Each unit costs $80, and the company uses a holding cost of 25 per cent.
Assume that product from each supplier has an annual demand of 4,500 units.
a) What are the optimal order size and annual cost if it is ordered independently of each other?
b) What are the optimal order size and the annual cost per product if TL shipping is used but two suppliers are grouped together per truck?
c) What is the optimal number of suppliers that should be grouped together? What is the optimal order size and annual cost per product in this case? What is the time between orders?
d) If partial aggregation is applied, would this be more efficient than the answer proposed in Question C?
a) Optimal order size and annual cost, if it is ordered independently of each other Independent order quantity (Q), is given as: Q= sqrt (2DS/H)
Where D is annual demand, S is ordering cost and H is holding cost per unit per year.
Plugging the numbers in the formula above,Q= sqrt (2(4500)($750)/($80x0.25)) = 338 units rounded up to the nearest whole number.
Optimal annual cost is given as: Annual cost = (D/Q)S + (Q/2)H = (4500/338)($750) + (338/2)($80x0.25) = $936.56.b)
Optimal order size and the annual cost per product if TL shipping is used but two suppliers are grouped together per truckTo minimize cost, two suppliers are grouped per truck. Since a truck can carry up to 2,500 units, then 2,500/2 = 1,250 units are ordered from each supplier.
Optimal order size is 1,250 units.
Annual cost per product is given as:
Annual cost = (D/Q)S + (Q/2)H + PD/Q = (4500/1250)($750) + (1250/2)($80x0.25) + (4500)($700/2 + $150/2) = $693.47c)
Optimal number of suppliers that should be grouped together, optimal order size, annual cost per product, and time between orders
This is determined through trial and error by calculating the total cost for various combinations of the number of suppliers that are grouped together.
To reduce transportation cost, assume that the number of suppliers that should be grouped together is x.
The optimal order quantity is given as:
Q = sqrt (2DS/H(x))The annual cost per product is given as:
Annual cost = (D/Q)S + (Q/2)H(x) + PD/Qx is varied from 1 to 3 to get the optimal order size and annual cost per product.
The calculations are as shown below.
x=1Q = sqrt(2(4500)($750)/($80x0.25(1))) = 338
Annual cost = (4500/338)($750) + (338/2)($80x0.25(1)) + (4500)($700/1 + $150/1) = $1,680.66x=2Q = sqrt(2(4500)($750)/($80x0.25(2))) = 478
Annual cost = (4500/478)($750) + (478/2)($80x0.25(2)) + (4500)($700/1.5 + $150/1.5) = $1,079.69x=3Q = sqrt(2(4500)($750)/($80x0.25(3))) = 583
Annual cost = (4500/583)($750) + (583/2)($80x0.25(3)) + (4500)($700/2 + $150/2) = $931.13
Therefore, the optimal number of suppliers that should be grouped together is 3. The optimal order size is 583 units. The annual cost per product is $931.13.
The time between orders is calculated as the time it takes to sell the optimal order size, divided by the annual demand per supplier.
Therefore, Time between orders = Q/D
Since we have 3 suppliers,
Time between orders = 583/(4500/3) = 0.129 years = 47.25 days or approximately 47 days
d) If partial aggregation is applied, would this be more efficient than the answer proposed in Question C?
Yes, partial aggregation is more efficient since it further reduces transportation cost.
However, it requires more frequent orders, and more time will be spent on order processing.
To calculate the partial aggregation, take an average order size (A) and then calculate the cost of ordering and transportation.Cost of ordering = (D/A)S
Annual transportation cost per product = (D/Q)PDT = (D/A)S + (D/Q)PDA = (DS/Q) sqrt(2PS/H)Using the numbers given above, A = (4500/3)583/(583+1250+1250) = 215 units.
The cost of ordering and transportation per product is: Cost of ordering = (4500/215)($750) = $15.79
Annual transportation cost per product = (4500/215)(1250)($700/2 + $150/2) = $161.97
Total cost per unit per year = ($80x0.25x215/2) + ($15.79/215) + $161.97/4500 = $0.6392.
The optimal number of units per order is 215. The cost per unit per year is $0.6392.
The time between orders is calculated as follows: Time between orders = Q/DSince we have 3 suppliers, Time between orders = 215/(4500/3) = 0.048 years = 17.46 days or approximately 17 days.
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Thomas puts $200000 into the bank today and starting one year from now will make 8 annual withdrawals of equal amount until the account is empty and closed down. If the bank pays 6.3% annual interest, how much can Thomas withdraw every year? Answer to the nearest cent.
Thomas can withdraw approximately $34,929.17 each year for 8 years in order to empty the account.
To calculate the equal annual withdrawals that Thomas can make, we need to use the concept of an annuity. The formula for calculating the equal annual withdrawals in an annuity is as follows:
Payment =[tex]Principal * (r * (1 + r)^n) / ((1 + r)^n - 1)[/tex]
Principal = $200,000
r = interest rate per period (6.3% / 100 = 0.063)
n = number of periods (8 years)
Substituting the values into the formula, we get:
Payment = $200,000 * (0.063 * (1 + 0.063)^8) / ((1 + 0.063)^8 - 1)
Using a calculator, the payment comes out to be approximately $34,929.17 (rounded to the nearest cent).
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