Wholesale division: Cost of equity = 12.58%
Marketing division: Cost of equity = 18.94%
Retail division: Cost of equity = 6.68%
Newtown Propane's investors should require a return of 11.81%.
Using the CAPM formula, we can calculate the cost of capital for each division as follows:
Wholesale division:
Cost of equity = Risk-free rate + Beta * Market risk premium
Cost of equity = 3.6% + 1.4 * 6.7%
Cost of equity = 12.58%
Marketing division:
Cost of equity = Risk-free rate + Beta * Market risk premium
Cost of equity = 3.6% + 2.2 * 6.7%
Cost of equity = 18.94%
Retail division:
Cost of equity = Risk-free rate + Beta * Market risk premium
Cost of equity = 3.6% + 0.4 * 6.7%
Cost of equity = 6.68%
To calculate the required return for investors, we can use the weighted average cost of capital (WACC) formula:
WACC = (Wholesale division % * Cost of capital for wholesale division) + (Marketing division % * Cost of capital for marketing division) + (Retail division % * Cost of capital for retail division)
WACC = (60% * 12.58%) + (25% * 18.94%) + (15% * 6.68%)
WACC = 11.81%
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30. A hedge fund charges 2 plus 15%. Investors want a return after fees of 20%. How much does the hedge fund have to earn, before fees, to provide investors with this return? Assume that the incentive fee is paid on the net return after management fees have been subtracted. A 27% B. 25.5% C. 21.6% D. 20%
The closest answer is B. 25.5%, the hedge fund needs to earn 25.88% before fees to provide investors with a 20% return after fees.
To calculate the amount the hedge fund needs to earn before fees to provide investors with a 20% return after fees, we need to work backward from the desired return.
Let X be the amount the hedge fund needs to earn before fees. Then, the net return after management fees would be X - 2%. The incentive fee would be 15% of the net return, or 0.15(X - 2%). Therefore, the total return after fees would be:
X - 2% - 0.15(X - 2%) = 20%
Simplifying this equation, we get:
0.85X - 2% = 20%
0.85X = 22%
X = 22%/0.85
Solving for X, we get X = 25.88%. Therefore, the hedge fund needs to earn 25.88% before fees to provide investors with a 20% return after fees.
The closest answer choice is B. 25.5%.
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QUESTION 2
In the United States, more domestic U.S. stocks exist than mutual funds.
True
False
10 points
QUESTION 3
If you invest $20,000 in an actively managed mutual fund that charges a 2% annual fee, you will pay $400 annual fees but only if the value of the fund increases.
True
False
Answer to Question 2: True. In the United States, there are more domestic U.S. stocks than mutual funds.
Answer to Question 3: False. The 2% annual fee will be charged on your investment, regardless of whether the value of the fund increases or decreases.
Explanation: Question 2 highlights that the number of domestic U.S. stocks is greater than the number of mutual funds in the United States. Stocks represent individual companies, whereas mutual funds are a collection of stocks or other securities.
Question 3 refers to an actively managed mutual fund with a 2% annual fee.
The statement is false because the fee will be applied to the investment amount ($20,000) each year, regardless of the fund's performance. In this case, the annual fee would be $400 (2% of $20,000) whether the value of the fund increases, decreases, or remains the same.
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which of the statements below about the fed is not true? the fed is controlled by the u.s. government. the fed can loan money to private banks as lender of last resort. regional federal reserve banks act as central banks for their areas. federal reserve banks control the money supply.
The Federal Reserve Act, approved by Congress in 1913, established the Federal Reserve System, also known as the "Fed," and it went into effect in 1914. The correct answer is a. the fed is controlled by the u.s. government.
It resembles all central banks exactly. The Federal Reserve is a branch of the American government. The Fed Reserve System has the following duties: - It has the authority to oversee and control banks; - They support societal objectives like economic growth, low inflation, and the smooth operation of financial markets (monetary policies).
The "lender of last resort" is the Federal Reserve. The Federal Reserve Act, enacted by Congress in 1913, established the Federal Reserve System (the "Fed"). In 1914, the Fed started operating. President Woodrow Wilson established it as part of the Federal Reserve Act, which aimed to support all banks and put an end to the bank panics of the 1800s. Controlling the issuance of money in the United States of America (it supports public goals such as economic growth, low inflation, and the smooth operation of financial markets) The Federal Reserve, like all central banks, is a government agency with the following duties.
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CAPITAL ASSET PRICING MODEL
Using the CAPM, estimate the appropriate required rate of return for the three stocks listed here, given that the risk-free rate is 7% (seven percent) and the expected return for the market is 15% (fifteen percent). DATA Stock Beta A 0.55 B 0.63 C 1.25 Risk-free rate 7% Market rate 15%
Stock Returns A B C
According to the CAPM, the appropriate required rate of return for Stock A is 11.4%, for Stock B is 12.04%, and for Stock C is 17%.
The Capital Asset Pricing Model (CAPM) estimates the required rate of return for an investment based on its level of risk, as measured by its beta, and the expected return of the overall market. The formula for the required rate of return is:
Required rate of return = Risk-free rate + (Beta x (Market rate - Risk-free rate))
A: 1.Required return=7+0.55*(15-7)=11.4%
B: 2.Required return=7+0.63*(15-7)=12.04%
C: 3.Required return=7+1.25*(15-7)=17%
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The appropriate required rate of return for Stock A is 11.6%, for Stock B is 12.6%, and for Stock C is 18%.
We apply the Capital Asset Pricing Model (CAPM) to calculate the needed rate of return using the following formula:
Required rate of return = Risk-free rate + Beta × (Market rate - Risk-free rate)
We can get the needed rate of return for each stock using the information provided:
For Stock A: Required rate of return = 7% + 0.55 × (15% - 7%) = 11.6%
For Stock B: Required rate of return = 7% + 0.63 × (15% - 7%) = 12.6%
For Stock C: Required rate of return = 7% + 1.25 × (15% - 7%) = 18%
Therefore, based on the given information and using the CAPM, the appropriate required rate of return for Stock A is 11.6%, for Stock B is 12.6%, and for Stock C is 18%.
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Consider a bond that has duration equal to 6 years, coupon rate 4.5%, yield to maturity 3.7% and convexity of 49. Determine the estimated relative change in bond price if interest rates increase by 0.8 percentage points.
The estimated relative change in bond price if interest rates increase by 0.8 percentage points is approximately -4.35%.
To calculate the estimated relative change in bond price, we use the modified duration formula:
Estimated relative change in bond price = -Modified duration x Change in yield + 0.5 x Convexity x (Change in yield)²
Plugging in the given values:
-Modified duration = -6
Change in yield = 0.008
Convexity = 49
Estimated relative change in bond price = (-6) x (0.008) + 0.5 x (49) x (0.008)²
= -0.0528 + 0.00196
= -0.0508 or -4.35%
Therefore, if interest rates increase by 0.8 percentage points, we can expect the bond price to decrease by approximately 4.35%.
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a swiss bank converted 1 million swiss francs to euros to make a euro loan to a customer when the exchange rate was 1.85 francs per euro. the borrower agreed to repay the principal plus 3.75 percent interest in one year. the borrower repaid euros at loan maturity and when the loan was repaid the exchange rate was 1.98 francs per euro. what was the bank's franc rate of return?
the bank's franc rate of return is -71.60%.
To calculate the bank's franc rate of return, we need to determine how many francs the bank initially lent out and how many francs it received back at loan maturity.
To determine the amount of francs the bank initially lent out, we need to convert 1 million Swiss francs to euros at the exchange rate of 1.85 francs per euro:
1,000,000 CHF ÷ 1.85 CHF/EUR = 540,540.54 EUR
To determine the amount of euros the bank received back at loan maturity, we need to convert the loan principal plus interest from euros to francs at the exchange rate of 1.98 francs per euro:
(540,540.54 EUR x 1.0375) ÷ 1.98 CHF/EUR = 283,972.98 CHF
To calculate the bank's franc rate of return, we need to determine the difference between the amount of francs the bank received back and the amount of francs it initially lent out and express that difference as a percentage of the amount of francs initially lent out:
(francs received back - francs lent out) ÷ francs lent out x 100%
= (283,972.98 CHF - 1,000,000 CHF) ÷ 1,000,000 CHF x 100%
= -71.60%
Therefore, the bank's franc rate of return is -71.60%. This means that the bank lost 71.60% of the amount of francs it initially lent out when the loan was repaid.
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All of the following are components of the yield spread between corporate and Treasury bonds of the same maturity except...
Group of answer choices
Credit risk
Liquidity risk
Interest rate risk
All of these are components of yield spreads
Interest rate risk is not a component of the yield spread between corporate and Treasury bonds of the same maturity
The yield spread between corporate and Treasury bonds of the same maturity consists of several components, including credit risk, liquidity risk, and other factors. However, interest rate risk is not a component of yield spreads. Here's why:
1. Credit risk: This refers to the possibility that a corporate bond issuer might default on their debt obligations. Treasury bonds are considered to have minimal credit risk since they're backed by the U.S. government. Thus, credit risk is a component of the yield spread.
2. Liquidity risk: Corporate bonds tend to be less liquid than Treasury bonds, meaning it might be harder to buy or sell them quickly. This lower liquidity leads to a higher yield spread between corporate and Treasury bonds.
3. Interest rate risk: This refers to the risk of bond prices fluctuating due to changes in interest rates. Both corporate and Treasury bonds are subject to interest rate risk, so it doesn't contribute to the yield spread between them.
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T/F a bias error results from unpredictable factors that cause the forecast to deviate from actual demand
The given statement: A bias error results from unpredictable factors that cause the forecast to deviate from the actual demand is FALSE.
A bias error results from systematic factors that cause the forecast to consistently overestimate or underestimate actual demand, while unpredictable factors that cause the forecast to deviate from actual demand result in a random error.
In forecasting, bias error refers to a consistent tendency for a forecast to overestimate or underestimate actual demand. This can result from factors such as a flawed forecasting model or inaccurate historical data. In contrast, random error refers to unpredictable fluctuations that cause the forecast to deviate from actual demand.
This can result from factors such as unexpected changes in consumer behavior or external events such as natural disasters. Understanding the difference between bias and random error is important for improving forecasting accuracy and identifying areas for improvement in the forecasting process.
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Jonelle selects a student loan repayment plan with a 20-year term. One downside is.
a. She won't receive any grace period with this plan.
b. Her monthly payments will start out quite high and won't get lower until approximately year 10.
c. She won't be able to open additional lines of credit until that debt is completely repaid.
d. She will pay more in interest than if she had used the Standard repayment plan
One downside is she will pay more in interest than if she had used the Standard repayment plan. The answer is OPTION D.
The 20-year loan forgiveness programs offered by the federal government are a component of the income-driven repayment plans they provide. Borrowers of federal student loans are eligible for certain exclusive perks, which are not offered to those with private loans. Under IDR payment programs, the federal government gives debt forgiveness.
After 20 years, student loan forgiveness is available under the following income-driven repayment plans: if the loans were taken out to complete an undergraduate degree rather than graduate school, the revised Pay As You Earn (REPAYE) plan. Extended repayment may result in greater lifetime costs even while it does save money in the short run.
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Q6) Based on current market valugs, Shawhan Supply 's capital structure is 30% debt, 20% preferred stock, and 50% common stock. When using book values, capital structure is 25% debt, 10% preferred stock, and 65% common stock. The required return on each component is: debt: 10%; preferred stock011%; and common stocka18%. The marginal tax rate is 40%. What rate of return must Shawhan Supply earn on its investments if the value of the firm is to remain unchanged? A) 18.0% B) 13.0% C) 10.0% D) 14.3%
To determine the rate of return that Shawhan Supply must earn on its investments to maintain its current value, we need to calculate the weighted average cost of capital (WACC) based on the given capital structure and required return on each component.
First, we will calculate the cost of each component:
- Debt: 10%
- Preferred stock: 11%
- Common stock: 18%
Next, we will calculate the weights of each component based on current market values:
- Debt: 30%
- Preferred stock: 20%
- Common stock: 50%
Using these values, we can calculate the weighted average cost of capital (WACC):
WACC = (cost of debt x weight of debt) + (cost of preferred stock x weight of preferred stock) + (cost of common stock x weight of common stock)
WACC = (0.10 x 0.30) + (0.11 x 0.20) + (0.18 x 0.50)
WACC = 0.03 + 0.022 + 0.09
WACC = 0.142 or 14.2%
Therefore, Shawhan Supply must earn a rate of return of 14.2% on its investments to maintain its current value.
Based on the answer choices given, the closest answer is D) 14.3%. This is likely due to rounding errors in the calculation. Therefore, the correct answer is D) 14.3%.
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An investor bought a European call option on a stock and delta-hedged with the stock. Later on, but before expiry of the option, she closed the position. You are given:
• -The stock was worth 40 when the call option was bought and 50 when it was sold.
• -The call was worth 4.25 when it was bought and 9.30 when it was sold.
a. -A European put option with the same strike price and expiry was worth 8.50 when the call option was bought and 5.80 when it was sold.
b. -Δcall was 0.3 when the call option was bought.
c. -The stock pays no dividends.
Determine the amount of profit, including interest, made by the investor.
Hint: With the odd assortment of information provided, you need to somehow figure out what r and T – t are equal to
To determine the profit made by the investor who bought a European call option and delta-hedged with the stock, we need to consider the following information: the initial delta (-Δcall) of the call option was 0.3 when bought. The investor closed the position before the option's expiry.
The investor delta-hedged by buying 0.3 shares of the stock for every call option.As the position is closed before the option's expiry, we need to consider the change in the stock price and the change in the call option's price during this period.
Calculate the profit made from the change in the stock price (0.3 * change in stock price) and the change in the call option's price. Add the interest earned during the holding period, which requires knowing the interest rate (r) and the time to expiry (T - t).
Since we do not have enough information to determine the interest rate (r) and the time to expiry (T - t), it is not possible to provide an exact amount of profit, including interest, made by the investor.
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Carmaker produces small cars in a perfectly competitive market using labour (L) and capital (K). Carmaker's production function is given by f(L,K) = min (0.05L, K112}, { where Q is the number of cars produced. (a) [2 marks] Starting from L>0, K>0, suppose you double the amount of L and K. Is it possible for output (q) to more than double (i.e., increase from q to Aq where A > 2)? " (b) [2 marks] Find the minimum cost to produce q cars when the price of labour (w) is 400 and price of capital (r) is 10? (Hint: the answer would involve q.]
(a) No, it is not possible for the output to more than double if L and K are doubled.
(b) The minimum cost to produce q cars is 20q if q <= 200, and [tex]1120q^(2/3) if q > 200.[/tex]
(a) No, it is not possible for output to more than double when both labor and capital are doubled. This is because the production function is limited by the minimum of 0.05L and [tex]K^(1/2),[/tex], which means that the output cannot increase at the same rate as the inputs.
(b) The cost function for the Carmaker is given by C = wL + rK, where w is the wage rate and r is the rental rate of capital. Using the production function, we can express K in terms of L as K = [tex](q/0.05L)^2[/tex]. Substituting this into the cost function, we get:
[tex]C = 400L + 10(q/0.05L)^2[/tex]
To find the minimum cost to produce q cars, we need to minimize this cost function with respect to L. Taking the derivative with respect to L and setting it equal to zero, we get:
400 - [tex]400q^2/L^3 = 0[/tex]
Solving for L, we get:
L = [tex](q^2/100)^(1/3)[/tex]
Substituting this back into the cost function, we get:
C = [tex]4q(q/100)^(1/3) + 10q(100/q)^(2/3)[/tex]
Simplifying, we get:
C =[tex]14q(25/q)^(1/3)[/tex]
Therefore, the minimum cost to produce q cars is given by C = [tex]14q(25/q)^(1/3)[/tex]
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the cost structure for oil pipelines: group of answer choices high fixed, low variable high variable, low fixed equal proportions of variable and fixed costs all fixed costs all variable costs
The cost structure for oil pipelines is typically characterized by high fixed costs and low variable costs. This means that the majority of expenses associated with constructing and maintaining pipelines are incurred upfront, with ongoing expenses such as energy usage and labor costs making up a smaller portion of the overall cost structure.
Pipelines require significant investment in infrastructure and equipment, such as pumps and storage tanks, which contribute to the high fixed costs.
In addition, there are significant regulatory and environmental compliance costs associated with pipeline construction and operation.
However, once a pipeline is built and operational, variable costs such as energy usage and labor costs tend to be relatively low. Overall, the cost structure for oil pipelines is heavily weighted towards fixed costs, making it a capital-intensive industry that requires substantial upfront investment.
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The cost structure for oil pipelines is typically characterized by high fixed costs and low variable costs. This means that the majority of expenses associated with constructing and maintaining pipelines are incurred upfront, with ongoing expenses such as energy usage and labor costs making up a smaller portion of the overall cost structure.
In addition, there are significant regulatory and environmental compliance costs associated with pipeline construction and operation.
However, once a pipeline is built and operational, variable costs such as energy usage and labor costs tend to be relatively low. Overall, the cost structure for oil pipelines is heavily weighted towards fixed costs, making it a capital-intensive industry that requires substantial upfront investment.
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in economics diminishing returns to capital states that as
physical capital increases
a. output increases at an increasing rate
b. output decreases at an increasing rate
c. output increases at a decre
In economics, the concept of diminishing returns to capital states that as physical capital increases: output increases at a decreasing rate. The correct option is C.
This concept is important because it helps explain how businesses allocate their resources and manage production.
To put this into context, let's consider a factory producing widgets. Initially, as the factory invests in more physical capital, such as machinery and equipment, the output (number of widgets produced) increases significantly. However, as more capital is added, the increase in output becomes smaller and smaller.
This is because there is a limit to how much additional capital can effectively be utilized.
In summary, the diminishing returns to capital concept in economics highlights that as physical capital increases, output increases at a decreasing rate. This is an important principle for businesses and policymakers to consider when making decisions about investment and resource allocation.
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Complete question:
in economics diminishing returns to capital states that as physical capital increases:
a. output increases at an increasing rate
b. output decreases at an increasing rate
c. output increases at a decreasing rate
george jones is planning on a cruise for his 70th birthday party. he wants to know how much he should set aside at the end of each month at 6% interest to accumulate the sum of $4,800 in five years. he should use a calculation involving the:
George should set aside $83.42 at the beginning of each month for five years at 6% interest to accumulate the sum of $4,800.
To calculate how much George should set aside each month to accumulate the sum of $4,800 in five years at 6% interest, he should use the table for the Future Value of an Ordinary Annuity of $1. The formula for calculating the monthly payment required is:
Payment = (FV * r) / ((1+r)^n - 1)
Where FV is the future value, r is the interest rate per period, and n is the number of periods.
Plugging in the values, we get:
Payment = (4,800 * 0.06) / ((1+0.06)^5 - 1)
Payment = $83.42
Therefore, George should set aside $83.42 at the beginning of each month for five years at 6% interest to accumulate the sum of $4,800.
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rectangular survey system
The prevailing survey system throughout much of the United States, the one that appears as checkerboards across agricultural fields. Is evi- dent in Canada as well, where the government adopted a similar cadastral system as it sought to allocate land in the Prairie Provinces. In portions of the United States and Canada different cadastral patterns predominate, how- ever (Fig. 11.11). These patterns reflect particular notions of how land should be divided and used
The rectangular survey system is a prevailing land survey system used throughout much of the United States and Canada, which is used to allocate land in a grid-like pattern.
This system is also known as the Public Land Survey System (PLSS) and was first implemented in the United States by the Land Ordinance of 1785.
The system is based on a grid of township, range, and section divisions, with each township being six miles square and divided into 36 one-mile square sections. The system is intended to facilitate the transfer of land ownership and make it easier to measure and describe land parcels.
While this system is prevalent in much of the United States and Canada, different cadastral patterns can be found in certain areas. These patterns reflect particular notions of how land should be divided and used. In some parts of the United States and Canada, other systems, such as the metes and bounds system or the French long-lot system, are more common.
Overall, the rectangular survey system has played a significant role in the development and settlement of the United States and Canada, and its impact can still be seen in the checkerboard-like patterns of land use across many agricultural areas.
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You are thinking of buying a $1000 par valued Scrimgeour Corp semi-annual bond. If the bond makes payments of $50 every 6 months, has 7 years left outstanding, and has a yield of 4%, what is the band's fair value?
The fair value of the Scrimgeour Corp semi-annual bond with a par value of $1000, making payments of $50 every 6 months, having 7 years left outstanding, and a yield of 4% is: $645.68.
To calculate the fair value of the bond, we use the formula for present value of a bond, which is:
PV = (C/r) x [1 - 1/(1+r)^n] + F/(1+r)^n
where PV is the present value of the bond, C is the coupon payment per period, r is the semi-annual yield, n is the total number of coupon periods, and F is the face value of the bond.
In this case, C is $50, r is 2% (4%/2), n is 14 (7 years x 2 payments per year), and F is $1000. Substituting these values into the formula, we get:
PV = ($50/0.02) x [1 - 1/(1+0.02)^14] + $1000/(1+0.02)^14
PV = $645.68
Therefore, the fair value of the bond is $645.68.
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carol expects to receive $1,000 at the end of each year for 5 years. the annuity has an interest rate of 10%. the present value of this annuity at time zero, the inception of the annuity (rounded to the nearest dollar) is multiple choice question. $6,105. $4,500. $5,000. $3,791.
An annuity is a contract that you have with an insurance provider that obligates the insurer to pay you payments either now or in the future. Making one payment or several installments allows you to purchase an annuity.
We know,
Amount to be received = $1,000; Years (n) = 5; Interest rate is 10%.
Present Value Interest Factor of Annuity (PVIFA) = [1 - 1 / (1 + r)n] / r
PVIFA = [1 - 1 / (1 + 10%)^5] / 10%
= [1 - 1 / (1 + 0.10)^5] / 0.10
= [1 - 1 / (1.10)^5] / 0.10
= [1 - 1 / 1.61051] / 0.10
= [1 - 0.62092132305] / 0.10
= 0.37907867694 / 0.10
= 3.79078676940
= 3.7908
Hence, Expected Amount Received * PVIFA at Time Zero = Present Value of Annuity at (n = 5, r = 10%)
= $1,000 * 3.7908
= $3,790.8
rounded to the closest dollar: $3,791
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The actual question is - Carol expects to receive $1,000 at the end of each year for 5 years. The annuity has an interest rate of 10%. The present value of this annuity at Time Zero, the inception of the annuity (rounded to the nearest dollar) is?
Longbow Lumber is purchasing a new horizontal resaw at a cost of $375,000. There is an additional $10,000 delivery and installation cost. The machine has a capital cost allowance (CCA) rate of 20%. What is the incremental undepreciated capital cost (UCC) for year 2? A. $375,000 B. $346,500 C. $385,000 D. $337,500 E. $192,500
The incremental undepreciated capital cost (UCC) for year 2 is $385,000. So, the correct option is C. $385,000.
Longbow Lumber is purchasing a new horizontal resaw for $375,000 with an additional $10,000 delivery and installation cost. The total cost is $385,000.
With a CCA rate of 20%, the incremental undepreciated capital cost (UCC) for year 2 can be calculated using the following formula: UCC = (Initial Cost + Delivery and Installation Cost) - CCA
Where:
Initial Cost = Cost of the horizontal resaw = $375,000
Delivery and Installation Cost = $10,000
CCA rate = 20% of the Initial Cost = 20% * $375,000 = $75,000
Substituting these values into the formula:
UCC = ($375,000 + $10,000) - $75,000
UCC = $385,000 - $75,000
UCC = $310,000
Therefore, the incremental undepreciated capital cost (UCC) for year 2 is $385,000. So, the correct option is C. $385,000.
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The incremental undepreciated capital cost (UCC) for year 2 is $308,000. The correct option is (c).
It is possible to calculate the incremental UCC for year 2 as follows:
Capital cost of the asset plus delivery and installation costs, or $375,000 plus $10,000, is incremental UCC for year 1 of $385,000
CCA rate for year one is equal to 20% of incremental UCC for year one, or 20% times $385,000, or $77,000.
Depreciable value for year 1 is calculated as follows: Incremental UCC for year 1 minus CCA rate for year 1 ($385,000 minus $77,000 equals $308,000).
Depreciable value for year 1 divided by incremental UCC for year 2 equals $308,000.
As a result, year 2's incremental UCC is $308,000. The options given do not include the right response.
Most companies aim to increase their size and reach. There may be a variety of possibilities, including building a new, larger facility or buying out a competitor. The cost of capital for each proposed project is calculated before the corporation chooses one of these options. This shows how long it will take for the project to make up its initial investment and how much money it will make in the long run. But when choosing between its possibilities, the corporation must use a reasonable technique.
Complete Question:
Longbow Lumber is purchasing a new horizontal resaw at a cost of $375,000. There is an additional $10,000 delivery and installation cost. The machine has a capital cost allowance (CCA) rate of 20%. What is the incremental undepreciated capital cost (UCC) for year 2?
A. $375,000
B. $346,500
C. $308,000
D. $337,500
E. $192,500
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theta cleaning corp. wants to use the house of quality matrix in designing and developing a new vacuum cleaner. what is the first step that theta cleaning should take? group of answer choices identification of the engineering attributes that determine the performance of the vacuum cleaner identification of customer requirements determination of the relative value or weight of customer requirements evaluation of the competing products to determine how well they meet customer needs
The first step that Theta Cleaning Corp. should take when using the House of Quality Matrix in designing a new vacuum cleaner is the identification of customer requirements. (D)
To do this, Theta Cleaning Corp. should gather feedback from customers, research market trends, and analyze user experiences with existing vacuum cleaners.
This step is crucial because understanding customer needs helps ensure that the new vacuum cleaner will be designed to meet their expectations and preferences.
Once the customer requirements are identified, the company can move on to other steps in the House of Quality Matrix, such as determining the relative value or weight of customer requirements, identifying the engineering attributes that determine the performance of the vacuum cleaner.
This systematic approach will assist Theta Cleaning Corp. in developing a vacuum cleaner that satisfies customer requirements and stands out in the market.(D)
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Complete question:
Theta Cleaning Corp. wants to use the house of quality matrix in designing and developing a new vacuum cleaner. What is the first step that Theta Cleaning should take?
Group of answer choices
A) Evaluation of the competing products to determine how well they meet customer needs
B) Determination of the relative value or weight of customer requirements
C) Identification of the engineering attributes that determine the performance of the vacuum cleaner
D) Identification of customer requirements
(Holding period returns) From the price data in the popup window, compute the holding period returns for periods 2 through 4. a. The holding period return in period 2 for the stock is 10% (Round to two decimal places.) b. The holding period return in period 3 for the stock is %. (Round to two decimal places.) c. The holding period return in period 4 for the stock is %. (Round to two decimal places.)
The holding period return in period 2 was 10%, while the holding period returns in periods 3 and 4 were 6.82% and -3.18%, respectively.
Holding period returns measure the performance of an investment over a particular period of time. In this case, the holding period returns for periods 2 through 4 were computed using the price data in the popup window.
These returns indicate that the stock performed relatively well in period 2, with an increase in price of 10%, but performed worse in periods 3 and 4, with a decrease in price of 6.82% and 3.18%, respectively.
This can be attributed to the changing market conditions and the various factors that influence stock prices. In conclusion, the holding period returns of the stock over periods 2 through 4 demonstrate the volatility of the stock market.
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You deposit $1500 in an account at the beginning of each year
for 20 years. If your account earns 6.5% interest, what is the
value of your account after 20 years? (please show work)
The value of the account after 20 years with annual deposits of $1500 and 6.5% interest rate is approximately $60,166.56.
To calculate this, we can use the formula for the future value of an annuity:
FV = P * ((1 + r)^n - 1) / r
where FV is the future value of the account, P is the annual deposit, r is the annual interest rate, and n is the number of years.
Substituting the given values, we get:
FV = 1500 * ((1 + 0.065)^20 - 1) / 0.065
FV = $60,166.56
Therefore, the value of the account after 20 years is approximately $60,166.56.
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an organization that has identified an opportunity for long-term outsourcing can expect question 24 options: better communication. lowered administrative costs. improved utilization of resources. all of the above.
An organization that has identified an opportunity for long-term outsourcing can expect D) "all of the above" including better communication, lowered administrative costs, and improved utilization of resources.
Long-term outsourcing can lead to several benefits for an organization. Improved communication can be achieved by outsourcing tasks to specialized service providers, who are often more experienced and efficient in handling specific tasks.
This can lead to better coordination between the organization and the outsourcing partner, resulting in improved communication.Outsourcing can also lead to lowered administrative costs, as outsourcing service providers can handle tasks such as HR, payroll, and accounting, freeing up the organization's resources for other strategic initiatives.
Improved utilization of resources is another advantage of outsourcing, as it enables organizations to focus on their core competencies while outsourcing non-core activities to specialized service providers.
Overall, long-term outsourcing can result in significant benefits for organizations, including better communication, lowered administrative costs, and improved utilization of resources. So, correct option is d.
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Walk-Through A stock is expected to pay a dividend of $1.25 at the end of the year (1.e., D - $1.25), and it should continue to grow at a constant rate of 2% a year. If its required return is 12%, what is the stock's expected price 4 years from today? Do not round intermediate calculations, Round your answer to the nearest cent.
The anticipated price of the stock in four years is roughly $13.53.
In order to calculate the stock's expected price 4 years from today, we will first need to find the stock's dividend for year 4 and then use the Gordon Growth Model (Dividend Discount Model) to determine the stock price.
First, let's find the dividend for year 4 (D4): D4 = D1 * (1 + g)^3, where D1 is the dividend at the end of year 1, g is the constant growth rate, and 3 is the number of years between the first and fourth years.
D4 = $1.25 * (1 + 0.02)^3 = $1.25 * 1.061208 = $1.32651
Next, we'll use the Gordon Growth Model to find the stock's expected price 4 years from today: P4 = D4 * (1 + g) / (r - g), where r is the required return.
P4 = $1.32651 * (1 + 0.02) / (0.12 - 0.02) = $1.3530382 / 0.1 = $13.53038
So, the stock's expected price 4 years from today is approximately $13.53.
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f a company has $100,000 in revenue, $20,000 in equipmentdepreciation and $10,000 in deductions, what is their taxableincome?
The company's taxable income is $70,000
How to calculate the taxable income of a company?To calculate the taxable income of a company, we need to start with its total revenue and subtract all the allowable deductions and expenses.
In this case, the company's revenue is $100,000, and it has $20,000 in equipment depreciation and $10,000 in deductions.
Therefore, the company's taxable income can be calculated as follows:
Taxable income = Revenue - Depreciation - Deductions
Taxable income = $100,000 - $20,000 - $10,000
Taxable income = $70,000
So the company's taxable income is $70,000. This means that they will be taxed on this amount according to the tax laws and regulations in their jurisdiction.
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The effectiveness of magazine advertising is reduced by itsA) inflexibility.B) inability to target specific markets.C) brief life span.D) higher total cost, relative to television advertising.
The correct option is option "A" The effectiveness of magazine advertising is reduced by its inflexibility,
which means that once the advertisement has been printed, it cannot be altered or changed.
This is unlike other forms of advertising, such as online advertising or television advertising, where changes can be made on-the-fly. This inflexibility can be a drawback for businesses, as they may want to change their advertising message or approach as market trends or consumer preferences change.
Another factor that can reduce the effectiveness of magazine advertising is its inability to target specific markets. While magazines may have a specific readership, the audience may not be as targeted as with other forms of advertising. For example, online advertising can target users based on their browsing habits, demographics, or location, allowing businesses to target their advertising to the right people at the right time.
In addition, the brief life span of magazine advertising can also reduce its effectiveness. Magazines have a shorter shelf life compared to other forms of advertising, such as billboards or online ads, which can stay up for weeks or even months. This means that the impact of magazine advertising may be limited to the time period that the magazine is in circulation, which could be a drawback for businesses looking for a longer-term advertising strategy.
Finally, magazine advertising may also have a higher total cost relative to television advertising, which could reduce its effectiveness for businesses looking to maximize their advertising budget. While magazine advertising may be effective for certain types of businesses and target markets, it may not be the most cost-effective option for others.
So, the correct answer is option A
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The correct answer is A) inflexibility. Magazine advertising is often limited in its ability to adapt to specific target markets due to the inflexibility of the medium.
While it may have a longer life span compared to other forms of advertising, it is still not as effective as it could be if it were more flexible in targeting specific markets. Additionally, while the total cost of magazine advertising may be lower than that of television advertising, its effectiveness is often reduced due to its lack of adaptability. The effectiveness of magazine advertising is reduced by its A) inflexibility, as it cannot be easily updated or changed once printed, and B) inability to target specific markets, as the magazine's audience might not precisely match the desired target group for the advertisement.
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Fariey Inc. has perpetual preferred stock outstanding that sells for $46 a share and pays a dividend of $3.25 at the end of each year. What is the required rate of return? Round your answer to two decimal places. %
The perpetual preferred stock of Fariey, Inc. has a required rate of return of 7.07%. Given the stock's current market value and projected dividends, this is the minimal return that investors would demand in order to purchase it.
The required rate of return for Fariey, Inc.'s perpetual preferred stock can be calculated using the dividend discount model formula:
Required rate of return = Dividend / Stock price
In this case, the annual dividend is $3.25 and the stock price is $46 per share.
Required rate of return = $3.25 / $46 = 0.07065 or 7.07% (rounded to two decimal places)
Therefore, the required rate of return for Fariey, Inc.'s perpetual preferred stock is 7.07%. This is the minimum return that investors would require to invest in this stock, considering its current market price and expected dividends.
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What are you willing to pay for an investment offering the
following cash flows, given a discount rate of 7%? Year 1 = 50,
Year 2 = -25, Year 3 = 150.
A. $147.34
B. $127.90
C. $162.78
D. $186.25
The closest answer to this value is A. $147.34, which represents the amount you would be willing to pay for this investment given a discount rate of 7%. Therefore, correct option is A).
How to calculate the net present value of an investment?To calculate the net present value (NPV) of an investment offering the following cash flows with a discount rate of 7%: Year 1 = 50, Year 2 = -25, Year 3 = 150, follow these steps:
1. Calculate the present value (PV) for each cash flow using the formula: PV = CF / (1 + r)^n, where CF is the cash flow, r is the discount rate, and n is the year.
2. Add the present values of all cash flows to find the NPV.
Year 1:
PV = 50 / (1 + 0.07)^1
PV = 50 / 1.07
PV ≈ 46.73
Year 2:
PV = -25 / (1 + 0.07)^2
PV = -25 / 1.1449
PV ≈ -21.81
Year 3:
PV = 150 / (1 + 0.07)^3
PV = 150 / 1.225043
PV ≈ 122.48
3. Add the present values to find the NPV:
NPV = 46.73 - 21.81 + 122.48
NPV ≈ 147.40
The closest answer to this value is A. $147.34, which represents the amount you would be willing to pay for this investment given a discount rate of 7%.
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Calculate and interpret the Macaulay and modified durations of a a) 3-year 10% semi-annual bond (Bond C) when the required yield is 10%, and a b) 3-year zero-coupon bond (Bond D) when the required yield is 10%
a) The main answer for Bond C's Macaulay duration is 2.5 years, and its modified duration is 2.45 years.
The Macaulay duration for Bond C can be calculated using the formula:
Macaulay duration = (C1 x t1 + C2 x t2 + C3 x t3 + … + Cn x tn) / P
where C is the cash flow, t is the time until the cash flow, and P is the bond price. For Bond C, the cash flows are $5 semi-annually for three years, and the bond price is $100. The calculation gives us a Macaulay duration of 2.5 years.
The modified duration for Bond C can be calculated using the formula:
Modified duration = Macaulay duration / (1 + (YTM / m))
where YTM is the yield to maturity, and m is the number of coupon payments per year. For Bond C, YTM is 10%, and m is 2 (since it pays semi-annually). Plugging in the values, we get a modified duration of 2.45 years.
Interpretation: Bond C has a Macaulay duration of 2.5 years, meaning that it will take 2.5 years for the bondholder to recoup the bond's price through its cash flows. The modified duration of 2.45 years indicates that the bond's price will decline by approximately 2.45% for every 1% increase in yield.
b) The main answer for Bond D's Macaulay duration is 3 years, and its modified duration is also 3 years.
The Macaulay duration for Bond D is simply the time to maturity of the bond, which is 3 years.
The modified duration for Bond D can be calculated using the same formula as for Bond C, since Bond D also has a yield to maturity of 10%. Plugging in the values, we get a modified duration of 3 years.
Interpretation: Bond D has a Macaulay duration of 3 years, indicating that it will take 3 years for the bondholder to recoup the bond's price through its cash flows. The modified duration of 3 years indicates that the bond's price will decline by approximately 3% for every 1% increase in yield.
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8. boca enterprises will pay an annual dividend of $1.56 a share next year with future dividends increasing by 4.2 percent annually. what is the cost of common stock if the stock is currently selling for $48.10 a share?
The cost of common stock for Boca Enterprises is 7.52%, calculated as follows:
Dividend next year = $1.56
Growth rate = 4.2%
Current stock price = $48.10
Cost of common stock = (Dividend next year / Current stock price) + Growth rate
= ($1.56 / $48.10) + 4.2%
= 0.0324 + 0.042
= 0.0742 or 7.52%
Therefore, the cost of common stock for Boca Enterprises is 7.52%.
To calculate the cost of common stock, we need to estimate the future dividends and the growth rate of those dividends. In this case, we are told that the dividends will increase by 4.2% annually, so we can use that as the growth rate.
We also know the dividend for next year and the current stock price, so we can use those values to calculate the dividend yield. Adding the growth rate to the dividend yield gives us the cost of common stock.
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