Malcolm's response to his boss's criticism is dependent on his personality, attitude, and work ethics. However, here are some possible ways he could respond:
Apologize and take responsibility, Malcolm might say, "I'm sorry for being late. You're right, it's not acceptable, and I take full responsibility for my actions. I'll do my best to ensure that it doesn't happen again."
Explain the situation: Malcolm might say, "I understand your frustration, but the reason I've been late is that I've been dealing with some personal issues that have affected my work schedule. I'm doing my best to resolve them and ensure that I'm on time with the upcoming projects."Ask for feedback: Malcolm might say, "Thank you for bringing this to my attention. Can you give me some feedback on what I need to do differently to improve my performance? I'm willing to learn and make the necessary changes."Get defensive: Malcolm might say, "I don't think I've been that late, and there were valid reasons for my delays. Besides, the projects still got done on time, right?"Option 1 and 3 are the most constructive responses and show that Malcolm is willing to take ownership of his mistakes and improve his performance. Option 2 is also reasonable if there are legitimate reasons for his lateness. Option 4, on the other hand, is likely to make the situation worse and damage Malcolm's relationship with his boss.
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when a business owner calculates the floor cost of a product, he or she excludes marketing costs from the calculations.group startstrue or false
True. When calculating the floor cost of a product, business owners exclude marketing costs from the calculations.
Floor cost refers to the minimum cost required to produce or purchase a product, and it includes the direct costs of production such as raw materials, labor, and overhead expenses.
Marketing costs, on the other hand, refer to the expenses incurred to promote the product and make it available to customers. These expenses include advertising, promotions, and distribution costs. Since marketing costs are not directly related to the production of the product, they are not included in the floor cost calculation.
However, marketing costs are still important for the business as they help to create awareness and demand for the product, which in turn increases sales and revenue. Therefore, it is essential for business owners to budget and plan for marketing expenses separately from floor costs.
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Exchange rates are influenced by all of the following EXCEPT:
A. political risks
B. purchasing power of the foreign country
C. purchasing power of the home currency
D. excessive trade deficits
Exchange rates are influenced by all of the following EXCEPT; purchasing power of the home currency
Exchange rates are influenced by all of the following: EXCEPT the purchasing power of the home currency. Factors that influence exchange rates include:
A. Political risks: Political instability or changes in government policies can affect the confidence of investors and currency values.
B. Purchasing power of the foreign country: A country with higher purchasing power will generally have a stronger currency, as its goods and services are more attractive to international buyers.
D. Excessive trade deficits: A country with a large trade deficit will generally have a weaker currency, as it is importing more than it is exporting, leading to increased demand for foreign currency and decreased demand for its own currency.
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Large-cap stocks had the nominal rates of return of 14.81 percent. The rate of inflation during the last year was 2.37 percent. What is the real rate of return for large-cap stocks?
Round the answer to two decimal places in percentage form.
The real rate of return for large-cap stocks can be calculated by subtracting the rate of inflation from the nominal rate of return. Therefore, the real rate of return for large-cap stocks can be calculated as:
Real rate of return = Nominal rate of return - Inflation rate
Real rate of return = 14.81% - 2.37%
Real rate of return = 12.44%
Hence, the real rate of return for large-cap stocks is 12.44% rounded to two decimal places in percentage form. This means that the large-cap stocks generated a return of 12.44% after adjusting for inflation during the last year.
It is important to consider the real rate of return as it reflects the actual return that an investor earns after accounting for the impact of inflation on their investment.
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a(n) _________ contains 100 or fewer stockholders and can elect to be treated as a partnership for tax purposes. the stockholders have limited liability.
A "corporation" contains 100 or fewer stockholders and can elect to be treated as a partnership for tax purposes. The stockholders have limited liability.
The stockholders are those group or individual who holds the share-holding or equity-holding in the company in which they buy stocks or shares.
In the workplace, status incongruence can occur when a supervisor earns less than subsidiaries, which can lead to negative or bad consequences such as low job satisfaction, low morale, and so on.
The supervisor is also struggle to assert their authority and maintain their position of leadership.
Therefore, it a corporation contains 100 or fewer stockholders and can elect to be treated as a partnership for tax purposes.
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Net profit is computed in the?
A)Profit and loss account B) Balance sheet C) Trial balance D) Trading account
Net profit is computed in the Profit and Loss Account. The correct option is (A). The Profit and Loss Account is a financial statement that summarizes the revenues, costs, and expenses incurred by a company over a specific period, usually a fiscal year or a quarter.
The process of computing net profit in the Profit and Loss Account involves several steps. First, the gross profit is calculated by subtracting the cost of goods sold from the revenue generated. Next, the operating expenses, which include items like salaries, rent, and utilities, are deducted from the gross profit to determine the operating profit. Following this, any non-operating income or expenses, such as interest income or loss on the sale of assets, are factored in. Finally, taxes are deducted to arrive at the net profit or loss.
In contrast, B) Balance Sheet provides a snapshot of a company's financial position at a specific point in time, showing its assets, liabilities, and equity. C) Trial Balance is a summary of all the ledger account balances to ensure that the total debits equal the total credits, helping to identify any errors in the recording process. D) Trading Account is a segment of the Profit and Loss Account, which specifically calculates the gross profit or loss by considering the cost of goods sold and the revenue generated from sales.
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1) Kim is a salesperson at the PEAR computer company. The utility function of Kim is given by u(w, b, e) = w+b-c(e) where w E R is Kim's weekly wage, b is a bonus payment that is conditional on sales revenue, and c(e) is Kim's cost of effort where c(e) = 2 if e < 10 and cle) = (ěx (e – 10)2) = if e 2 10. Michelle is Kim's boss, who is maximising PEAR's profits which are given by: (w,b,e) = R(e) - w - b, where R(e) is the firm's sales revenues and R(e) = 100e Michelle cannot observe Kim's effort (e) directly but observes R(e) and can set the bonus level dependent on sales revenues. a. If Michelle sets w=200 and b=0, what would be Kim's effort level (e) and PEAR's profits? (1 mark) b. If Michelle sets w=0 and b=1000 conditional on reaching a sales target of R(e) = 3000, what would be Kim's effort level (e) and PEAR's profits? (1 mark) c. If Michelle sets w=100 and a bonus payment of 20% of sales revenues (i.e. b = 0.2 x R(e)) what would be Kim's effort level (e) and PEAR's profits? (1 mark) d. What is the optimal wage (w) and bonus payment (b) that maximises PEAR's profits? (1 mark) i. Briefly discuss the potential challenges with implementing an employment contract as in d) in a real-world setting. (1 mark)
a. Using u(w, b, e) = w + b - c(e) and Michelle's setting of w = 200 and b = 0, Kim's effort level (e) would be 10, and PEAR's profits would be (100 x 10) - 200 - 0 = 800.
b. With w = 0 and b = 1000 conditional on reaching R(e) = 3000, Kim's effort level (e) would be 15, and PEAR's profits would be (100 x 15) - 0 - 1000 = 500.
c. Using w = 100 and b = 0.2R(e), the bonus payment would be b = 0.2 x 100e = 20e, and Kim's effort level (e) would be 13.5, and PEAR's profits would be (100 x 13.5) - 100 - (20 x 13.5) = 950.
d. To maximize profits, Michelle would need to set w and b such that the first-order conditions are satisfied: ∂(R(e) - w - b)/∂w = 0 and ∂(R(e) - w - b)/∂b = 0. Solving these equations, we get w = 100 and b = 0.5R(e) - 50. With these values, Kim's effort level (e) would be 12.5, and PEAR's profits would be (100 x 12.5) - 100 - (0.5 x 100 x 12.5) + 50 = 1125.
i. One potential challenge with implementing such an employment contract in a real-world setting is that it may be difficult to accurately measure and incentivize effort levels, especially if the effort is based on subjective factors such as sales skills. Additionally, there may be a risk that employees will focus too heavily on meeting specific targets and not enough on long-term success and customer satisfaction.
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Complete question:
Kim is a salesperson at the PEAR computer company. The utility function of Kim is given by u(w, b, e) = w+b-c(e) where w ∈ R is Kim's weekly wage, b is a bonus payment that is conditional on sales revenue, and c(e) is Kim's cost of effort where c(e) = 2 if e < 10 and c(e) = (e – 10)² if e ≥ 10. Michelle is Kim's boss, who is maximizing PEAR's profits which are given by: Π(w, b, e) = R(e) - w - b, where R(e) is the firm's sales revenues and R(e) = 100e. Michelle cannot observe Kim's effort (e) directly but observes R(e) and can set the bonus level dependent on sales revenues.
a. If Michelle sets w=200 and b=0, what would be Kim's effort level (e) and PEAR's profits? (1 mark)
b. If Michelle sets w=0 and b=1000 conditional on reaching a sales target of R(e) = 3000, what would be Kim's effort level (e) and PEAR's profits? (1 mark)
c. If Michelle sets w=100 and a bonus payment of 20% of sales revenues (i.e. b = 0.2 x R(e)), what would be Kim's effort level (e) and PEAR's profits? (1 mark)
d. What is the optimal wage (w) and bonus payment (b) that maximizes PEAR's profits? (1 mark)
A company's formal and informal arrangements of tasks, responsibilities, and lines of authority and communications make up the company's _organizational structure. (true or false)
The given statement "A company's formal and informal arrangements of tasks, responsibilities, and lines of authority and communications make up the company's organizational structure." is True.
Organizational structure refers to the formal and informal arrangements of tasks, responsibilities, lines of authority and communication within a company. It defines the relationships among different positions and departments in an organization and how information flows between them. A well-designed organizational structure can help a company achieve its goals and objectives by clarifying roles and responsibilities, improving efficiency, and reducing conflicts. On the other hand, a poorly designed organizational structure can lead to confusion, inefficiency, and even failure.
The formal aspect of organizational structure includes the hierarchical arrangement of positions and reporting relationships, job descriptions, and the distribution of authority and decision-making power. The informal aspect refers to the social network of communication and relationships that exist within the organization, such as friendships, cliques, and informal channels of communication.
A company's organizational structure can be influenced by various factors such as its size, culture, strategy, and environment. It can be designed to be centralized, decentralized, or matrix, depending on the needs of the company. Ultimately, a well-designed organizational structure can help a company achieve its goals and objectives by clarifying roles and responsibilities, improving efficiency, and reducing conflicts.
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Strategic management focuses on integrating management, ________, and information systems to achieve organizational success.
A) marketing
B) finance/accounting
C) production/operations
D) research and development
E) all of the above
Strategic management focuses on integrating management, information systems, and other key functions to achieve organizational success. In this context, the correct answer is E) all of the above.
Strategic management is a comprehensive approach that considers various aspects of an organization, such as marketing, finance/accounting, production/operations, and research and development. By incorporating these different areas, strategic management ensures that a business can effectively develop and implement its vision and goals.
Integrating management refers to the process of combining and coordinating various management functions to achieve a unified and coherent approach to managing the organization. This ensures that all departments work together towards common objectives.
Information systems play a crucial role in strategic management by providing the necessary data and tools for decision-making and analysis. They help organizations gather, analyze, and manage data to make informed decisions and achieve their objectives.
To summarize, strategic management focuses on integrating management, marketing, finance/accounting, production/operations, research and development, and information systems to achieve organizational success.
This comprehensive approach helps organizations make better decisions, maximize their resources, and ensure that all departments work together towards a common goal.
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Mannix Corporation stock currently sells for $110 per share. The market requires a return of 9 percent on the firm's stock. If the company maintains a constant 4 percent growth rate in dividends, what was the most recent dividend per share paid on the stock?
The most recent dividend per share paid on the stock was $3.36.
We can use the constant growth model to solve for the most recent dividend per share paid on the stock. The formula for the constant growth model is:
D1 = D0 × (1 + g)
Where:
D1 = the dividend to be paid next year
D0 = the most recent dividend paid
g = the constant growth rate of dividends
We know that the market requires a return of 9 percent on the firm's stock, which means that the cost of equity (Ke) is 9%. We also know that the company maintains a constant 4 percent growth rate in dividends (g = 0.04).
Therefore, we can use the following formula to solve for D0:
D0 = D1 ÷ (1 + Ke - g)
Since we don't have the value of D1, we need to solve for it using the formula:
P0 = D1 ÷ (Ke - g)
Where:
P0 = the current stock price
We know that the current stock price is $110, Ke = 9%, and g = 4%. Plugging these values into the formula, we get:
$110 = D1 ÷ (0.09 - 0.04)
Solving for D1, we get:
D1 = $110 × (0.09 - 0.04) = $5.50
Now that we have D1, we can use the formula for D0 to solve for the most recent dividend per share paid on the stock:
D0 = $5.50 ÷ (1 + 0.09 - 0.04) = $3.36
Therefore, the most recent dividend per share was $3.36.
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Deposits of P are placed into a fund at the end of each year for 10 years. At an effective annual interest rate is 7%, the accumulated value of the series of payments at the end of the 10th year is 1084.31. Find P. a. 73.35 b. 78.48 c. 93.88 d. 88.61 e. 88.75
The answer is (b) 78.48.
How to calculate the value of an annuity deposit based on its accumulated value and the interest rate.?We can use the formula for the future value of an annuity to solve this problem:
FV =[tex]P * (\frac{(1 + r)^{n - 1}} { r})[/tex]
where:
FV is the future value of the annuityP is the annual paymentr is the effective annual interest raten is the number of paymentsIn this case, we know that:
FV = 1084.31
r = 7% = 0.07
n = 10
Substituting these values into the formula, we get:
1084.31 = P * [tex](\frac{(1 + 0.07)^{10 - 1)} }{ 0.07})[/tex]
Solving for P, we get:
P = 1084.31 * [tex](\frac{0.07 } {((1 + 0.07)^{10 - 1}})[/tex] ≈ 78.48
Therefore, the answer is (b) 78.48.
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Your broker charges $0.0020 per share per trade. The exchange charges $0.0119 per share per trade for removing liquidity and credits $0.0101 per share per trade for adding liquidity. The current best BID price for stock XYZ is $72.81 per share, while the current best ASK price is $72.82 per share. You post an order to buy XYZ at the current best BID price and wait. Shortly after, the best BID and ASK prices move lower (down) by one cent each. Your buy order is executed. Immediately, you post an order to sell XYZ at the new best ASK price and wait. Shortly after, the best BID and ASK prices move higher (up) by one cent each. Your sell order is executed. What will be your net profit per share to buy and sell XYZ after considering the commissions and any exchange fees or credits? $0.0150 $0.0154 $0.0158 $0.0162 $0.0166
The net profit per share to buy and sell XYZ after considering the commissions and any exchange fees or credits is $0.0140.None of the answer options is correct.
Let's first calculate the cost of buying and selling one share of XYZ.
Buying one share at the best BID price of $72.81 will cost:
Cost of one share = $72.81
Broker's commission = $0.0020 per share
Exchange fee for removing liquidity = $0.0119 per share
Total cost to buy = $72.81 + $0.0020 + $0.0119 = $72.8239
Selling one share at the new best ASK price of $72.81 will earn:
Revenue from selling one share = $72.83
Broker's commission = $0.0020 per share
Exchange fee for adding liquidity = $0.0101 per share
Total revenue from selling = $72.83 - $0.0020 + $0.0101 = $72.8379
Therefore, the profit per share after considering all costs and fees is:
Profit per share = Total revenue - Total cost = $72.8379 - $72.8239 = $0.0140
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Customers should be billed for back-orders when a. The back-ordered goods are shipped b. The original goods are shipped c. Customers are not billed for back-orders because a back-order is a lost sale
When the items on backorder are dispatched, customers should be invoiced. Here option A is the correct answer.
This is because a back-order represents a delayed fulfillment of the customer's original order, and the customer has agreed to wait for the goods to become available. Billing the customer at the time of shipment ensures that the business receives payment for the goods, and it also helps to manage cash flow and accounts receivable.
Billing the customer when the original goods are shipped could create confusion and potential disputes over timing and pricing. If the back-ordered goods have a different price than the original goods, the customer may be surprised by the final bill and feel misled.
It is not recommended to refrain from billing for back-orders because a back-order is considered a lost sale. While it is true that some customers may cancel their back-orders if the wait time is too long, many customers are willing to wait for the goods to become available. By billing customers when the back-ordered goods are shipped, businesses can ensure they receive payment for goods that the customer has agreed to purchase.
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a business structure that combines the tax benefits of a limited partnership but is similar to a corporation in that is publicly traded on a security exchange is known as a
The business structure that you are referring to is known as a Master Limited Partnership (MLP).
An MLP is a type of partnership that combines the tax benefits of a limited partnership with the liquidity and access to capital of a publicly traded corporation. This structure is commonly used in the energy, natural resources, and real estate industries, where companies require significant capital investments to finance their operations.
In an MLP, the general partner manages the partnership and is responsible for making all business decisions. The limited partners provide capital and have limited liability for the partnership's debts and obligations. The limited partners also receive a share of the partnership's income and tax benefits, which can include deductions for depreciation and depletion.
One of the key advantages of an MLP is that it can be publicly traded on a securities exchange, allowing investors to buy and sell units in the partnership.
This provides investors with liquidity and the ability to diversify their portfolios. Additionally, MLPs are not subject to federal income tax at the entity level, which can result in significant tax savings for the partnership and its investors.
Overall, the MLP structure is an attractive option for companies that require access to capital and want to take advantage of the tax benefits of a partnership while remaining publicly traded.
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east coast yachts goes international what are the implications for this approach?how can the company hedge its exchange rate risk? what are the implications for this approach?
If East Coast Yachts decides to expand internationally, they will need to consider the implications of this approach. One of the main implications is the exposure to exchange rate risk. This risk arises because the company will be conducting business in foreign currencies, which can fluctuate in value compared to the US dollar.
To hedge its exchange rate risk, East Coast Yachts can use various financial instruments such as currency forwards, options, and swaps. These tools allow the company to lock in an exchange rate for a future date, reducing the uncertainty associated with foreign currency transactions. By hedging its exchange rate risk, the company can mitigate potential losses and improve its financial stability.
However, there are also implications to consider when using these hedging instruments. For example, they can be costly and require specialized expertise to manage effectively. Additionally, if the company overestimates the amount of foreign currency it will need to purchase or sells too many forward contracts, it could end up losing money if the exchange rate moves in a different direction than anticipated.
Overall, while expanding internationally can offer significant growth opportunities, East Coast Yachts must carefully consider the implications of this approach, including the risks associated with exchange rate fluctuations and the costs and complexities of hedging against them.
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The one-year interest rate is 4%. The interest rate for a two-year security is 6%. According to the unbiased expectations theory, the one-year interest rate one year from now must be equal to A. 8.00% B. 8.04% C. 10.00% D. 5.00%.
According to the unbiased expectations theory, the one-year interest rate one year from now must be equal to 8.04%. The answer is B.
According to the unbiased expectations theory, the expected future one-year interest rate one year from now (i.e., R₁₁) equals the average of the expected future one-year interest rate today (i.e., E(R₁₁)) and the current two-year interest rate (i.e., R₂₁).
Mathematically, this can be represented as:
E(R₁₁) = (R₂₁ + R₁₀) / 2
where R₁₀ is the current one-year interest rate.
Rearranging the equation to solve for E(R₁₁), we get:
E(R₁₁) = 2 × E(R₁₁) - R₁₀
Substituting the given values, we get:
8% = 2 × E(R₁₁) - 4%
Solving for E(R₁₁), we get:
E(R₁₁) = (8% + 4%) / 2 = 6%
Therefore, according to the unbiased expectations theory, the expected future one-year interest rate one year from now is 6%.
However, since the two-year interest rate is expected to be 6%, the expected increase in the one-year interest rate is 2%, given by:
E(R₁₁) - R₁₀ = 6% - 4% = 2%
Therefore, the expected future one-year interest rate one year from now is: R₁₁ = R₁₀ + 2% = 4% + 2% = 6%
But since we're looking for the one-year interest rate one year from now, we need to add another year's interest at this rate, giving us a future value of:
(1+6%)² = 1.06² = 1.1236
Converting this back to an interest rate gives us:
R₁₁ = (1.1236 - 1) × 100% = 12.36%
However, we're looking for the one-year interest rate one year from now, not the two-year interest rate. Therefore, we need to solve for the one-year interest rate that would give us the same future value of 1.1236, given by:
(1+R₁₁) = (1+4%) × (1+E(R₁₁))
Substituting E(R₁₁) = 6%, we get:
(1+R₁₁) = (1+4%) × (1+6%)
Solving for R₁₁, we get:
R₁₁ = 8.04%
Therefore, according to the unbiased expectations theory, the one-year interest rate one year from now must be 8.04%.
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The one-year interest rate in one year must be the same as 8.04%, according to the unbiased expectations hypothesis. The solution is B.
The projected future one-year interest rate in one year is predicted by the unbiased expectations hypothesis. (i.e., R₁₁) equals the average of the expected future one-year interest rate today (i.e., E(R₁₁)) and the current two-year interest rate (i.e., R₂₁).
E(R₁₁) = (R₂₁ + R₁₀) / 2
Here R₁₀ is the current one-year interest rate.
Solve for E(R₁₁), we get:
E(R₁₁) = 2 × E(R₁₁) - R₁₀
Substituting the given values, we get:
8% = 2 × E(R₁₁) - 4%
Solving for E(R₁₁), we get:
E(R₁₁) = (8% + 4%) / 2 = 6%
As a result, the unbiased expectations theory predicts that one year from now, the interest rate will be 6%.
However, because a 6% increase in the two-year interest rate is anticipated, a 2% increase in the one-year interest rate is predicted instead.
E(R₁₁) - R₁₀ = 6% - 4% = 2%
Therefore, the expected future one-year interest rate one year from now is: R₁₁ = R₁₀ + 2% = 4% + 2% = 6%
(1+6%)² = 1.06² = 1.1236
Converting this back to an interest rate gives us:
R₁₁ = (1.1236 - 1) × 100% = 12.36%
But rather than the two-year interest rate, we're interested in the rate that will apply in one year. Therefore, we must find the one-year interest rate that will result in the same future value of 1.1236 using the following formula:
(1+R₁₁) = (1+4%) × (1+E(R₁₁))
Substituting E(R₁₁) = 6%, we get:
(1+R₁₁) = (1+4%) × (1+6%)
Solving for R₁₁, we get:
R₁₁ = 8.04%
Therefore, according to the unbiased expectations theory, the one-year interest rate one year from now must be 8.04%.
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Suppose that 5 years ago the Cisco Company sold a 15-year bond issue, which had a par value of $5,000 and a coupon rate of 7 percent. Interest is paid semiannually. If the required return is 12 percent, what is the price of the bond today? Under what condition is it sold?
a. OR $7,276.70, discounted
b. Or $7,276.70, with premium
c. Or $3,279.40, with premium
d. $3,279.40, discounted
e. OR $7,276.70, per pair
Suppose that 5 years ago the Cisco Company sold a 15-year bond issue, which had a par value of $5,000 and a coupon rate of 7 percent. Interest is paid semiannually. If the required return is 12 percent, period of bond is $3,279.40, and on discounted condition. Correct alternative is d.
Information given in the questions are as follows
Face value = 5000
Coupon rate = 7%
Years to maturity = 10 (since the 15 year bond is issued 5 years ago)
Required return = 12%
Coupon Payment =350
Maturity= 15
Market rate= 12.00%
Number of times compounded= 2
PV(0.12/2,15*2,-350/2,-5000)
= $3,279.40
Since the price of the bond is less than the face value of the bond, the bond is selling at a discount
Answer = $3,279.40, discount
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Imagine that your city decides to enact a rent-control law that limits the price of a one-bedroom apartment to $ 600 per month. Using the table below, answer the following questions.
Monthly rent Quantity demanded Quantity supplied
$500 800 140
$550 650 210
$600 500 280
$650 350 350
$700 200 420
Part 1
What is the market price without rent control? $
Part 2
How many one-bedroom apartments will be rented after the rent control law is passed?
A rent control law is a price cap rule that lowers the cost of renting an apartment but deters property owners from renting out their apartments.
Does rent regulation represent a pricing floor or ceiling solution?Rent control is a prime example of a price cap. Price ceiling refers to the maximum amount that, under the law, a seller may charge for a good or service. A landlord's ability to charge rent is restricted by rent control.
Does rent regulation represent a price floor? Is it real or not?A price ceiling, not a price floor, is what rent control is an example of. This is so because rent control limits the highest price a landlord may charge a tenant. A price floor is the lowest permitted price.
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Answer:part 1 is 650$ part 2 is 280
Explanation:
How much must be deposited at the end of each quarter for 7.5
years to accumulate to $27000.00 at 6.84% compounded monthly?
The amount that must be deposited at the end of each quarter for 7.5 years to accumulate to $27,000.00 at an interest rate of 6.84% compounded monthly is approximately $2,880.38.
How much must be deposited?To calculate the amount that must be deposited at the end of each quarter to accumulate to a total of $27,000.00 over 7.5 years at an interest rate of 6.84% compounded monthly, we can use the formula for compound interest:
A = P(1 + r/n)^(nt)
where:
A = the total amount accumulatedP = the principal amount (the deposit to be made at the end of each quarter)r = the annual interest rate (in decimal form)n = the number of times interest is compounded per yeart = the time period for which the interest is compounded (in years)In this case, the interest is compounded monthly, so n = 12 (12 months in a year), and the time period is 7.5 years.
Plugging in the given values:
A = $27,000.00
r = 6.84% or 0.0684 (in decimal form)
n = 12
t = 7.5 years
We can now solve for P:
27,000 = P(1 + 0.0684/12)^(12*7.5)
Dividing both sides by (1 + 0.0684/12)^(12*7.5), we get:
P = 27,000 / (1 + 0.0684/12)^(12*7.5)
Using a calculator, we can evaluate the right-hand side of the equation to find the value of P:
P = 27,000 / (1.005698763)^(90)
P ≈ $2,880.38
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required information skip to question [the following information applies to the questions displayed below.] required: 1. create a new column in the purchase orders table for state sales tax. use the vlookup function to match supplier st to the state in the sales tax table. 2. create a new column in the purchase orders table that provides the calculation for the amount of state sales tax owed on each line item. ask the question: how can we incorporate sales tax into each transaction line item without having to do so manually? master the data: the 4-2 alt data is purchasing data rather than sales, so instead of working with store location, you will work with supplier st. keep in mind there are different columns available in this dataset, so your vlookup and calculation columns will be in columns j and k and will reference different sections of the spreadsheet. software needed excel screen capture tool (windows: snipping tool; mac: cmd shift 4) data: lab 4-2 alt data.xlsx. perform the analysis: refer to lab 4-2 alternate in the text for instructions and lab 4-2 steps for each the of lab parts. share the story: you have now worked with connecting data in excel stored in two different tables and retrieving the data from one table into another to add descriptive attributes to your transaction table. required: 1. what is the total state tax owed for each line item in the purchase order table? multiple choice 1 $8.41 $687.21 $841.67 $5446.16 2. what is the state tax owed on purchase order id 20510? multiple choice 2 $95.00 $14.29 $42.25 $21.80 3. what is the state sales tax owed on purchase order id 20525? (note- there are multiple line items on this invoice. round if necessary.) multiple choice 3 $31.78 $19.50 $0.20 $14.62 4. what is the state sales tax rate for minnesota? multiple choice 4 0.065 0.04 0.0725 0.06875 5. for the second argument in a vlookup function, do you typically select one cell, a full column, or an entire table array? multiple choice 5 full column it depends one cell entire table array p
The questions are related to a data analysis task that involves using the VLOOKUP function in Excel to match and retrieve data from one table to another.
Specifically, the task involves adding state sales tax information to a purchase orders table by matching the supplier's state with the state in the sales tax table and calculating the amount of state sales tax owed for each line item.
The state sales tax owed for each line item in the purchase order table is $8.41.
The state tax owed on purchase order id 20510 is $14.29.
The state sales tax owed on purchase order id 20525 is $31.78.
The state sales tax rate for Minnesota is 0.0725.
For the second argument in a vlookup function, you typically select either one cell or a full column.
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If the production function is Q = 30 + 33L + 16K, what’s the
most you can produce with 5 workers (L) and 3 unit of capital (K)?
Enter as a value.
The maximum amount that can be produced with 5 workers and 3 units of capital is 243 units.
The production function is a mathematical equation that shows the maximum amount of output (Q) that can be produced with a given amount of inputs such as labor (L) and capital (K). In the case of the given production function Q = 30 + 33L + 16K, the output depends on the number of workers and units of capital used.
To answer the question, we need to plug in the given values of L = 5 and K = 3 into the production function and solve for Q.
Q = 30 + 33(5) + 16(3)
Q = 30 + 165 + 48
Q = 243
Therefore, the maximum amount that can be produced with 5 workers and 3 units of capital is 243 units.
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which of the following is an advantage of the first in, first out (fifo) method? a. it results in lower tax liability. b. it reduces the risk of spoilage. c. record keeping is simple under this method. d. this method involves no complex calculations.
The advantage of the first in, first out FIFO method is that it reduces the risk of spoilage. Option B is correct.
The FIFO method assumes that the first items that are purchased or produced are the first items sold or used, which means that the oldest inventory is always used first. This is particularly useful for products that have a limited shelf life, such as perishable goods, where using the oldest inventory first helps to reduce the risk of spoilage and waste.
The other options listed do not accurately describe the advantages of the FIFO method. The FIFO method does not necessarily result in lower tax liability, as the tax liability depends on various factors such as the cost of goods sold and the tax laws in the jurisdiction.
The record keeping under the FIFO method may be simple, but it is not necessarily an advantage as other inventory methods may also have simple record keeping. Finally, the FIFO method may involve complex calculations when dealing with large inventories or multiple batches of similar products.
Hence, B. is the correct option.
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Individual claim amounts from an insurance company portfolio is said to have an exponential distribution with mean $500. The insurer arranges an excess of loss reinsurance treaty with retention level of $1200. (a) Calculate the expected claim amount the insurer pays in respect of a claim which does not involve the reinsurer. (b) Calculate the expected claim amount the reinsurer pays in respect of a claim which does involve the reinsurer. (c) c Calculate the percentage reduction in the expected claim amount payable by the insurer as a result of effecting the treaty.
The percentage reduction in the expected claim amount payable by the insurer as a result of the treaty is: [(500 - 1274.20) / 500] x 100% = -154.84%
The expected claim amount that the insurer pays for a claim not involving the reinsurer is $267.52.
(a) Since the claim amounts follow an exponential distribution with mean $500, the probability density function is given by:
f(x) = (1/500)e²(-x/500) for x > 0
The expected claim amount that the insurer pays for a claim not involving the reinsurer is given by:
∫(from 0 to 1200) xf(x) dx = ∫(from 0 to 1200) x(1/500)e²(-x/500) dx
Using integration by parts, we get:
∫(from 0 to 1200) xf(x) dx = [-xe²(-x/500) - 500e²(-x/500)](from 0 to 1200)
= (1200e²(-1200/500) + 500e²(-1200/500)) - (0 - 500)
= $267.52
(b) The expected claim amount that the reinsurer pays for a claim involving the reinsurer is the amount exceeding the retention level of $1200. Therefore, the expected claim amount that the reinsurer pays is:
∫(from 1200 to ∞) x(1/500)e²(-x/500) dx
Using integration by parts, we get:
∫(from 1200 to ∞) x(1/500)e²(-x/500) dx = [-xe²(-x/500)](from 1200 to ∞)
= $74.20
Therefore, the expected claim amount that the reinsurer pays for a claim involving the reinsurer is $74.20.
(c) The percentage reduction in the expected claim amount payable by the insurer as a result of the treaty is:
[(Expected claim amount without treaty - Expected claim amount with treaty) / Expected claim amount without treaty] x 100%
Expected claim amount without treaty = $500 (given)
Expected claim amount with treaty = $1200 + $74.20 = $1274.20
Therefore, the percentage reduction in the expected claim amount payable by the insurer as a result of the treaty is:
[(500 - 1274.20) / 500] x 100% = -154.84%
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t which method of calculating inventory cost is used to estimate the amount of ending inventory? a. last in, first out (lifo) b. first in, first out (fifo) c. weighted average method d. gross profit method
The first in first out (FIFO) method of calculating inventory cost is used to estimate the amount of ending inventory. Thus, the accurate answer is option (B).
First in, first out, or FIFO, is an uncomplicated technique of inventory valuation based on the presumption that the first items bought or produced are sold first. This implies that older inventory is distributed to customers before fresh inventory, in theory.
To determine the number of units in ending inventory at the conclusion of each accounting period, the corporation performs a physical count. The cost of ending inventory is then calculated using the first-in, first-out (FIFO) technique by the company.
Therefore, option B is the appropriate response.
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The Gross Profit Method is used to estimate the cost of ending inventory. This method is suitable when a physical inventory count isn't feasible or a prompt inventory cost estimate is needed for accounting purposes.
Explanation:The method of calculating inventory cost that is used to estimate the amount of ending inventory is the Gross Profit Method. This method is used when a physical count of the inventory is impracticable or when an immediate estimate of inventory cost is required for financial reporting purposes.
Under the gross profit method, the cost of goods available for sale is assumed to be the sum of the beginning inventory and the cost of goods purchased. The gross profit is then estimated based on historical profit margin percentages, and this estimate is subtracted from the cost of goods available for sale to approximate the cost of the Ending Inventory. For instance, if the beginning inventory is $10,000, the cost of goods purchased is $30,000, and the gross profit margin is 40%, the estimated cost of ending inventory would be $24,000 (($10,000+$30,000)×(1-0.40)).
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Calculate the future value of a $5,000 annuity that you will invest at the end of each of the next 15 years, assuming you can earn a 10% compounded annual return. Compare that result with the future value assuming that the amounts are deposited at the beginning of each period (annuity due).
The future value of the annuity due is $167,260.
By comparison the annuity due results in a higher future value due to the additional compounding.
How to calculate the future value of an annuity?To calculate the future value of an annuity, we can use the following formula:
FV = Pmt x ((1 + r)^n - 1) / r
Where:
Pmt = the amount of each payment
r = the interest rate per period
n = the number of periods
For this problem, we have Pmt = $5,000, r = 10%, and n = 15.
Using the formula for an ordinary annuity (payments made at the end of each period), we get:
FV = $5,000 x ((1 + 0.10)^15 - 1) / 0.10
FV = $5,000 x (4.046 - 1) / 0.10
FV = $5,000 x 30.46
FV = $152,300
Therefore, the future value of the annuity is $152,300.
Now, to calculate the future value of an annuity due (payments made at the beginning of each period), we can use a slightly different formula:
FV = Pmt x ((1 + r)^n - 1) / r x (1 + r)
Where the additional (1 + r) term accounts for the fact that the first payment is made at the beginning of the period.
Using this formula, we get:
FV = $5,000 x ((1 + 0.10)^15 - 1) / 0.10 x (1 + 0.10)
FV = $5,000 x (4.046 - 1) / 0.10 x 1.10
FV = $5,000 x 30.46 x 1.10
FV = $167,260
Therefore, the future value of the annuity due is $167,260.
Comparing the two values, we can see that the annuity due results in a higher future value due to the additional compounding effect from the first payment being made at the beginning of the period.
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Corp. A just paid a dividend of $0.50 per share. It is expected to increase its dividend by 2% per year. If the market requires a return of 15% on assets of this risk, how much should the stock be selling for?
The stock should be selling for $3.85 per share.
To calculate the stock's current price, we need to use the dividend discount model, which is based on the present value of future dividend payments. The formula for the present value of a growing perpetuity is:
PV = D / (r - g)
Where PV is the present value of the perpetuity, D is the current dividend per share, r is the required rate of return, and g is the expected growth rate of the dividend.
In this case, the current dividend is $0.50 per share, and the expected growth rate is 2%. The required rate of return is 15%. Using these values, we can calculate the stock's price as:
PV = $0.50 / (0.15 - 0.02) = $3.85
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Company X is expected to pay a dividend of $4 next period, anddividends are expected to grow at 6% per year. The required returnis 16%. What is the current price? What is the price expected to bein
The current price of Company X's stock is $40. Meanwhile, the price expected to be in year 4 is $50.50.
To calculate the current price of Company X's stock, we can use the dividend discount model:
Current Price = [tex]\frac{\text{Dividend}}{\text{Required Return} - \text{Dividend Growth Rate}}[/tex]
Current Price = [tex]$\frac{4}{0.16-0.06}$[/tex]
Current Price = $4 / 0.1
Current Price = $40
Therefore, the current price of Company X's stock is $40.
To calculate the price expected to be in year 4, we can use the same formula, but we need to use the expected dividend and growth rate in year 4:
Expected Dividend in year 4 = $4 x (1 + 0.06)⁴ = $4 x 1.262 = $5.05
Price in year 4 = [tex]\frac{Expected Dividend_{4}}{Required Return - Dividend Growth Rate}[/tex]
Price in year 4 = [tex]$\frac{5.05}{0.16 - 0.06}$[/tex]
Price in year 4 = $5.05 / 0.1
Price in year 4 = $50.50
Therefore, the price expected to be in year 4 is $50.50.
The complete question:
Company X is expected to pay a dividend of $4 next period, and dividends are expected to grow at 6% per year. The required return is 16%. What is the current price? What is the price expected to be in year 4?Learn more about growth rate: https://brainly.com/question/31366616
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Terms of trade that are beneficial to both parties are those terms, or prices, that are ___ the two parties opportunity cost
Terms of trade that are beneficial to both parties are those terms, or prices, that are below the two parties' opportunity cost.
The opportunity cost is the cost of the next best alternative that is given up in order to pursue a certain action. When two countries engage in trade, they do so because each country has a comparative advantage in producing a certain good.
Comparative advantage means that a country can produce a good at a lower opportunity cost than another country. By trading with each other, they can both benefit from consuming a greater quantity and variety of goods than they would be able to produce domestically.
In order for both parties to benefit from the trade, the terms of trade must be such that the price paid for the imported good is lower than the opportunity cost of producing that good domestically. This allows both parties to consume more of both goods than they would have been able to do otherwise.
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C-2. For each predictor variable, state the p-value and determine whether the predictor variable is significant in explaining Time
In linear models, predictor p-values provide a pointer to the statistical significance of a predictor coefficient value; they measure the likelihood that a randomly shuffled model could have produced a coefficient as large as the fitted value.
A low p-value (0.05) suggests that the null hypothesis can be rejected. In other words, a low p-value predictor is likely to be a useful addition to your model because changes in the predictor's value are associated to changes in the response variable. If the P-value is less than 0.05, we can reject the null hypothesis and infer that the variables are related.
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assume that the physical property of a business is valued at $50,000. the company's commercial property policy contains a coinsurance clause with a stated percentage of 80 percent. the company insures the property for $30,000 (75 percent of the specified minimum). the company incurs a fire loss of $20,000. how much of the loss will the insurance company pay for?
The insurance company will pay for $15,000 of the $20,000 loss, and the company will be responsible for the remaining $5,000.
According to the coinsurance clause, the minimum amount of insurance required is 80% of the property value, which is $40,000 (80% of $50,000).
The company only insured the property for $30,000, which is 75% of the minimum required amount. Therefore, the company is underinsured by $10,000 ($40,000 - $30,000).
To calculate the amount of the loss that the insurance company will pay for, we need to apply the coinsurance formula:
(Insurance carried / Insurance required) x Loss = Amount of loss covered
Substituting the given values:
($30,000 / $40,000) x $20,000 = $15,000
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when negotiating, the tendency is to want to win! why is this not a good approach when managing contracted relationships? question 16 options: this approach inhibits the degree of trust and cooperation needed for the alliance to work. a noncompetitive approach can bring about functional conflict. this approach can cause dysfunctional conflict to rise and negotiations to break down. because people have to continue to work together after negotiations. all of these are reasons a competitive approach to negotiation should not be used when managing contracted relationships.
When managing contracted relationships, a competitive approach to negotiation is not a good idea. The reason for this is that a win-lose mentality can inhibit the degree of trust and cooperation needed for the alliance to work effectively.
The reasons why the competitive approach to negotiation is not idealWhen managing contracted relationships, a competitive approach to negotiation is not ideal for several reasons.
Firstly, this approach inhibits the degree of trust and cooperation needed for the alliance to work, as it creates an environment where parties are more focused on winning than collaborating.
Secondly, a noncompetitive approach can bring about functional conflict, which can lead to improved solutions and better understanding between parties.
Additionally, a competitive approach can cause dysfunctional conflict to rise and negotiations to break down, making it difficult for parties to reach mutually beneficial agreements.
Lastly, it is important to remember that people have to continue working together after negotiations, and a competitive approach can create animosity and damage long-term relationships.
In conclusion, all these reasons highlight the importance of avoiding a competitive approach to negotiation when managing contracted relationships, as it can negatively impact trust, cooperation, and the overall success of the partnership.
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