Answer:
the price of the stock today is $100
Explanation:
The computation of the price of the stock today is shown below:
Given that
D1 = 5
Growth Rate = 0%
Cost of Equity = 5%
Now the price of the stock today is
= D1 ÷ Cost of Equity
= $5 ÷ 5%
= $100
Hence, the price of the stock today is $100
We simply applied the above formula so that the correct value could come
And, the same is to be considered
"Should Dillard's keep its excellent department store credit card program? ______ Yes ______ No" is an example of _____.
Answer:
The answer is "making assumptions"
Explanation:
The making assumption is determined if it can't be provided to claim which is not confirmed unless the argument is one, which you or the writer could show if they tried, users must decide. It requires as a considering as thinks about both the subject so on that basis evaluating the statement.
It is the one way the mind saves power becomes to find patterns in how the environment functions, that draw from our previous history. It adopts such trends, or beliefs, to the current world when we experience new circumstances. Its approach saves us the power to evaluate the condition entirely fresh.Bronski Corporation manufactures two products, Simple and Complex. The following information was gathered: Simple Complex Selling price per unit $37.00 $26.00 Variable cost per unit $32.00 $22.00 Total fixed costs are $18,000. Assume demand for either product exceeds the factory's capacity. It takes one hour of production time to make Simple and two hours to make Complex. The annual capacity of the plant is 10,000 hours. How many units of Simple and Complex should Bronski Corporation produce and sell to maximize profits
Answer:
The answer is "Option A".
Explanation:
Please find the correct question and its solution file.
Suppose that a nation has a labor force of 100 people. In January, Amy, Barbara, Carine, and Denise are unemployed; in February, those four find jobs, but Evan, Francesco, George, and Horatio become unemployed. Suppose further that every month, the previous four who were unemployed find jobs and four different people become unemployed. Throughout the year, however, the same three people — Ito, Jack, and Kelley — continually remain unemployed because their skills are a poor match with employers' requirements. a. Calculate this nation's frictional unemploymentLOADING... rate. nothing% (Enter your response as a percentage rounded to two decimal places.)
Answer:
frictional unemployment rate = 4%
Explanation:
Ito, Jack, and Kelley fall under structural unemployment, meaning that they are unemployed because their skills do not match the requirements for current job openings.
Every month, other 4 people lose their jobs, but then find a new job next month (first Amy, Barbara, Carine, and Denise, then Evan, Francesco, George, and Horatio, and then 4 others). These people suffer from frictional unemployment, which refers to temporal transitions between jobs. These transactions may even be voluntary, i.e. people quitting their jobs in order to search for better jobs.
total frictional unemployment = 4 people
total labor force = 100 people
frictional unemployment rate = 4 / 100 = 4%
An investor plans to divide $200,000 between two investments. The first yields a certain profit of 10%, whereas the second yields a profit with expected value 18% and standard deviation 6%. If the investor divides the money equally between these two investments, find the mean and standard deviation of the total profit.
Answer:
mean = 14%; standard deviation = 3%
Explanation:
We treat the combined investment as a portfolio, with 50% each of the portfolio size invested in each asset.
Asset A: return (r) = 10%; standard deviation (s) = 0
Asset B: return (r) = 18%; standard deviation (s) = 6%
Portfolio mean (R) =
[tex](w_{1}*r_{1})+(w_{2}*r_{2})\\=(0.5*0.1)+(0.5*0.18)\\=0.05+0.09\\=0.14[/tex]
Therefore, portfolio mean = 14%.
Portfolio standard deviation (S) = [tex][(w_{1}^{2}*s_{1}^{2})+(w_{2}^{2}*s_{2}^{2})+(2w_{1} w_{2}COV_{12} )]^{\frac{1}{2}}[/tex]
Since no information was given about portfolio covariance, we will assume it is zero.
[tex]S=[(w_{1}^{2}*s_{1}^{2})+(w_{2}^{2}*s_{2}^{2})]^{\frac{1}{2}}\\=[(0.5^{2} *0^{2} )+(0.5^{2} *0.06^{2} )]\\=0.25*0.0036\\=0.03[/tex]
Therefore, portfolio standard deviation = 3%.
paid to acquire , a weekly advertising paper. At the time of the acquisition, 's balance sheet reported total assets of and liabilities of . The fair market value of 's assets was . The fair market value of 's liabilities was . Read the requirementsLOADING.... Requirement 1. How much goodwill did purchase as part of the acquisition of ? Purchase price to acquire Mesa Herald Market value of Mesa Herald's assets Less: Market value of Mesa Herald's liabilities Less: Market value of Mesa Herald's net assets
Full question attached
Answer and Explanation:
A. Given that Thrifty Nickels Assets fair value and liabilities are given by $100000 and $70000 respectively(we do not use the book value in calculating goodwill here) and Acquisition value is $230000
Goodwill = purchase price -net assets
Since we know purchase price =$230000
We calculate net assets= total assets -total liabilities
Total assets =$100000
Total liabilities =$70000
Net assets=$100000-$70000=$30000
We substitute in goodwill formula
Goodwill=$230000-$30000=$200000
Therefore goodwill =$200000
B. We journalize entries for the acquisition in Deca's books as follows :
Debit Assets $100000
Debit Goodwill $200000
Credit liabilities $70000
Credit cash $230000
We debit assets since it received and increased by $100000,we debit goodwill since it also received and increased by $200000. We credit liabilities since it also increased by $70000 from the acquisition (liabilities accounts are credited). Cash was spent and therefore is credited since it reduced by $230000
Given the following data: Selling price per unit $ 2.00 Variable production cost per unit $ 0.30 Fixed production cost $ 3,000 Sales commission per unit $ 0.20 Fixed selling expenses $ 1,500 The break-even point in dollars is:
Answer:
Break-even point (dollars)= $6,000
Explanation:
Giving the following information:
Selling price per unit $ 2.00
Variable production cost per unit $ 0.30
Fixed production cost $ 3,000
Sales commission per unit $ 0.20
Fixed selling expenses $ 1,500
To calculate the break-even point in dollars, we need to use the following formula:
Break-even point (dollars)= fixed costs/ contribution margin ratio
Fixed costs= 3,000 + 1,500= 4,500
Unitary variable cost= 0.3 + 0.2= $0.5
Break-even point (dollars)= 4,500 / [(2 - 0.5) / 2]
Break-even point (dollars)= $6,000
As a result of a thorough physical inventory, Coronado Company determined that it had inventory worth $321000 at December 31, 2020. This count did not take into consideration the following facts: Walker Consignment currently has goods worth $46300 on its sales floor that belong to Coronado but are being sold on consignment by Walker. The selling price of these goods is $75000. Coronado purchased $21100 of goods that were shipped on December 27, FOB destination, that will be received by Coronado on January 3. Determine the correct amount of inventory that Coronado should report.
Answer:
The correct cost of inventory that Coronado should report is $367300
Explanation:
The goods sent on consignment still belong to the consignor until they are sold off by the consignee. So, the consignor should add the unsold consignment goods in its inventory. Thus we will add the cost of goods sent on consignment to the value of inventory.
Value of inventory = 321000 + 46300 = $367300
The goods purchased by Coronado on 27 December with FOB destination should not be added to the cost of inventory as with FOB destination terms, the goods do not belong to the buyer until they are delivered to their destination by the seller.
Thus, the correct cost of inventory that Coronado should report is $367300
Clark Company estimated the net realizable value of its accounts receivable as of December 31, 2019, to be $167,000, based on an aging schedule of accounts receivable. Clark has also provided the following information: The accounts receivable balance on December 31, 2019 was $177,400. Uncollectible accounts receivable written off during 2019 totaled $12,200. The allowance for doubtful accounts balance on January 1, 2019 was $15,400. How much is Clark's 2019 bad debt expense
Answer: $7200
Explanation:
Clark's 2019 bad debt expense will be calculated thus:
Balance for allowance for doubtful accounts will be:
= $177400 - $167000
= $10400
The Uncollectible accounts written off will be:
= $15400 - $12200
= $3200
Clark's 2019 bad debt expense:
= $10400 - $3200
= $7200
Answer:
sry need to answer (points) :(
Explanation:
Exercise 6-4A Calculate inventory amounts when costs are rising (LO6-3) [The following information applies to the questions displayed below.] During the year, TRC Corporation has the following inventory transactions. Date Transaction Number of Units Unit Cost Total Cost Jan. 1 Beginning inventory 45 $ 37 $ 1,665 Apr. 7 Purchase 125 39 4,875 Jul. 16 Purchase 195 42 8,190 Oct. 6 Purchase 105 43 4,515 470 $ 19,245
Answer:
1. Ending inventory = $2,408; Cost of goods sold = $16,837; Sales revenue = $22,770; and Gross profit = $5,933.
2. Ending inventory = $2,094; Cost of goods sold = $17,151; Sales revenue = $22,770; and Gross profit = $5,619.
3. Ending inventory = $2,293; Cost of goods sold = $16,952; Sales revenue = $22,770; and Gross profit = $5,818.
Explanation:
Note: This question is not complete. The complete question is therefore presented before answering the question. See the attached pdf file for the complete question.
Explanation to the answer is now presented as follows:
1. Using FIFO, calculate ending inventory, cost of goods sold, sales revenue, and gross profit.
Note: See part 1 of the attached excel for the calculation of calculation of Cost of goods available for sale, Cost of goods sold, and Ending inventory using FIFO.
First In, First Out (FIFO) refers to an inventory accounting method in which inventory items purchased first are sold first, while the one that are purchased last are sold last.
In the attached excel file, since the inventory purchased on Oct. 6 is purchased last, the number of unit of inventory purchased on Oct. 6 sold is calculated by deducting the sum of the beginning inventory and inventory purchased before Oct. 6 from the total inventory sold as follows:
Number of unit of inventory purchased on Oct. 6 that are sold = Number of units sold - (Beginning inventory + Apr. 7 Purchases + Jul. 16 Purchases) = 414 - (45 + 125 + 195) = 49
Therefore, the number of ending inventory is obtained as follows:
Number of unit of ending inventory = Number of inventory purchased on Oct. 6 - Number of inventory purchased on Oct. 6 sold = 105 – 49 = 56
Sales revenue = Number of unit units of inventory sold for the entire year * Selling price per unit = 414 * $55 = $22,770
From the attached excel file, we have:
Cost of goods sold = $16,837
Ending inventory = $2,408
Therefore, we have:
Gross profit = Sales revenue - Cost of goods sold = $22,770 - $16,837 = $5,933
2. Using LIFO, calculate ending inventory, cost of goods sold, sales revenue, and gross profit.
Note: See part 2 of the attached excel for the calculation of calculation of Cost of goods available for sale, Cost of goods sold, and Ending inventory using LIFO.
Last In, First Out (LIFO) refers to an inventory accounting method in which inventory items purchased last are sold first, while the one that are purchased first are sold last.
In the attached excel file, the number of unit of inventory purchased on April 7 that are sold and the ones remaining that are NOT sold that forms part of ending inventory are calculated as follows:
Number of unit of inventory purchased on April 7 that are sold = 414 – (195 + 105) = 114
Number of unit of inventory purchased on April 7 that are NOT sold = Number of unit of inventory purchased on April 7 - Number of unit of inventory purchased on April 7 that are sold = 125 – 114 = 11
Sales revenue = Number of unit units of inventory sold for the entire year * Selling price per unit = 414 * $55 = $22,770
From the attached excel file, we have:
Cost of goods sold = $17,151
Ending inventory = $2,094
Therefore, we have:
Gross profit = Sales revenue - Cost of goods sold = $22,770 - $17,151 = $5,619
3. Using weighted average cost, calculate ending inventory, cost of goods sold, sales revenue, and gross profit. (Round "Average Cost per unit" to 4 decimal places and all other answers to the nearest whole number.)
Note: See part 3 of the attached excel for the calculation of calculation of Cost of goods available for sale, Cost of goods sold, and Ending inventory using weighted average cost.
Weighted average cost method refers to a method of costing inventory in which the total cost of the goods available for sale is divided by the total number of units available for sales in order to obtain weighted average cost per unit.
In the attached excel file, weighted average cost per unit is therefore calculated and rounded to 4 decimal places as follows:
Weighted average cost per unit = $19,245 / 470 = $40.9468
Number of unit of ending inventory = Total number of units available for sales – Number of unit sold = 470 – 414 = 56
Sales revenue = Number of unit units of inventory sold for the entire year * Selling price per unit = 414 * $55 = $22,770
From the attached excel file, we have:
Cost of goods sold = $16,952
Ending inventory = $2,293
Therefore, we have:
Gross profit = Sales revenue - Cost of goods sold = $22,770 - $16,952 = $5,818
Your parents will retire in 27 years. They currently have $280,000 saved, and they think they will need $1,900,000 at retirement. What annual interest rate must they earn to reach their goal, assuming they don't save any additional funds? Round your answer to two decimal places.
Answer:
Annual Rate=7.35%
Explanation:
Calculation for the annual interest rate must they earn to reach their goal
Number of years =27
PV =280,000
FV =1,900,000
Using this formula
Annual Rate=(FV/PV)^(1/n)-1
Let plug in the formula
Annual Rate=(1,900,000/280,000)^(1/27)-1
Annual Rate=6.7857^(1/27)-1
Annual Rate=1.07349-1
Annual Rate=0.0735
Annual Rate=7.35%
Therefore the annual interest rate must they earn to reach their goal will be 7.35%
Jasper Corp. has a selling price of $44, and variable costs of $25 per unit. When 14,600 units are sold, profits equaled $133,000. How many units must be sold to break-even?
A. 19,000
B. 12,000
C. 14,333
D. 5,000
Answer:
Break-even point in units= 7,600
Explanation:
Giving the following information:
Selling price= $44
Unitary variable cost= $25
When 14,600 units are sold, profits equaled $133,000.
First, we need to calculate the total fixed costs:
Fixed costs= Total contribution margin - net income
Fixed costs= 14,600*(44 - 25) - 133,000
Fixed costs= $144,400
To calculate the break-even point in units, we need to use the following formula:
Break-even point in units= fixed costs/ contribution margin per unit
Break-even point in units= 144,400 / (44 - 25)
Break-even point in units= 7,600
Ford Motor Company has issued 8% convertible debentures, convertible at a 25:1 ratio. Currently the debenture is trading at 110. The stock is trading at 38. What is the conversion price of the stock
Answer:
40
Explanation:
Calculation for the conversion price
Based on the information given we were told that the company's convertible ratio is 25:1 which simply means that 1,000 par will be divided by the covertible ratio .
Hence,
Conversion price of the stock = 1,000/25
Conversion price of the stock = 40
Therefore the Conversion price of the stock will be 40
A company has a pension liability of $460,000,000 that it must pay in 29 in years. If it can earn an annual interest rate of 4.2 percent, how much must it deposit today to fund this liability?
a. $133,883,255.09
b. $139,506.351.81
c. 44,08571.14
d. $11755.30770
e. $121423,867.90
Answer:
PV= $139,506,351.8
Explanation:
Giving the following information:
Future Value= $460,000,0000
Number of periods= 29 years
Interest rate= 4.2%
To calculate the initial investment, we need to use the following formula:
PV= FV / (1+i)^n
PV= 460,000,000 / (1.042^29)
PV= $139,506,351.8
For an effective frame, the primary business message should be approximately ______ words in length.
Answer:
10 to 15
Explanation:
Business messaging in accounting can be described as a set of channels that provide means by which the firms/ company and the consumer can have effective communication.
The primary business message is very essential in business, it must reflect clarity as well as simplicity, it enables company to pass their overarching information to the consumer, they are intentional content. In a situation whereby operations in a company needed relocation, primary message is passed. It should be noted that For an effective frame, the primary business message should be approximately 10 to 15 words in length.
Hello!
For an effective frame, the primary business message should be approximately 10 to 15 words in length.
a. How much would you pay for a Treasury bill that matures in 182 days and pays $10,000 if you require a 1.8% discount rate?
b. If the Treasury also received $750 million in non-competitive bids, who will receive T-bills, in what quantity, and at what price?
Answer: $9909
Explanation:
Let the amount that will be paid be represented by y. The question can now be solved as:
(10000 - y)/10000 × 360/182 = 0.018
(10000-y)/10000 = 0.018 × 182/360
(10000 - y)/10000 = 0.0091
10000-y = 0.0091 × 10000
10000 - y = 91
y = 10000 - 91
y = $9909
West Side Corporation is expected to pay the following dividends over the next four years: $16, $12, $11, and $7.50. Afterward, the company pledges to maintain a constant 6 percent growth rate in dividends forever. If the required return on the stock is 16 percent, what is the current share price?
a. $63.27.
b. $61.40.
c. $68.82.
d. $65.17.
e. $60.11.
Answer:
$77.81
Explanation:
We are given that West Side Corporation is expected to pay the following dividends over the next four years: $16, $12, $11, and $7.50.
Required rate - 16%
Growth rate = 6%
We are supposed to find the current share price
Formula :[tex]P_0=\sum_{t=0}^{T}\frac{D_T}{(1+r)^t}+\frac{D_{T+1}}{r-G}(1+r)^{-T}[/tex]
D = Dividends
t = time
r = required rate
G= Growth rate
Substitute the values in formula :
[tex]P_0=\frac{16}{(1+0.16)^1}+\frac{12}{(1+0.16)^2}+\frac{11}{(1+0.16)^3}+\frac{7.50}{(1+0.16)^4}+\frac{7.50(1+0.06)}{0.16-0.06}(1+0.16)^{-4}\\P_0=77.81\\[/tex]
Make way for India - the next China China grows at around 9 percent a year, but its one-child policy will start to reduce the size of China's working-age population within the next 10 years. India, by contrast, will have an increasing working-age population for another generation at least. Then answer the following questions: According to classical growth theory, restricting China's population ______ economic growth. According to new growth theory, restricting China's population growth ______ economic growth.
Answer:
The answer is "India and increases".
Explanation:
Since its working-age population is rising, India will have a higher economic growth rate, and according to traditional thinking, restricting China's people would boost economic growth.
The modernization theory includes reducing population growth in China would reduce economic growth. In India, real GDP per person has a growth of 8-1.6 = 6.4% as well as that of China is 9-0.6 = 8.4% in 2005. In India, the doubling time is 70/6.4% = 11 years or 2016 and in China, 8.33 or 2014.An investment offers $9,200 per year for 17 years, with the first payment occurring 1 year from now. Assume the required return is 12 percent. Requirement 1: What is the value of the investment today? (Enter rounded answer as directed, but do not use rounded numbers in intermediate calculations. Round your answer to 2 decimal places (e.g., 32.16).) Present value $ Requirement 2: What would the value be if the payments occurred for 42 years? (Enter rounded answer as directed, but do not use rounded numbers in intermediate calculations. Round your answer to 2 decimal places (e.g., 32.16).) Present value $ Requirement 3: What would the value be if the payments occurred for 77 years? (Enter rounded answer as directed, but do not use rounded numbers in intermediate calculations. Round your answer to 2 decimal places (e.g., 32.16).) Present value $ Requirement 4: What would the value be if the payments occurred forever? (Enter rounded answer as directed, but do not use rounded numbers in intermediate calculations. Round your answer to 2 decimal places (e.g., 32.16).) Present value $
Answer:
1.
Present value = $65500.60053 rounded off to $65500.60
2.
Present value = $76009.84174 rounded off to $76009.84
3.
Present value = $76654.22671 rounded off to $76654.23
4.
PV of perpetuity = $76666.66667 rounded off to $76666.67
Explanation:
The payments from the investment can be classified as being an ordinary annuity as the payments made by the investment offer are of constant amount and occur at the end of the period, occur after equal intervals of time and are for a defined and finite time period except for the payments made in case of requirement 4. The formula to calculate the present value of annuity that will be used in requirement 1, 2 and 3 is attached.
1.
Present value = 9200 * [(1 - (1 + 0.12)^-17) / 0.12]
Present value = $65500.60053 rounded off to $65500.60
2.
Present value = 9200 * [(1 - (1 + 0.12)^-42) / 0.12]
Present value = $76009.84174 rounded off to $76009.84
3.
Present value = 9200 * [(1 - (1 + 0.12)^-77) / 0.12]
Present value = $76654.22671 rounded off to $76654.23
4.
If the payments occur for an infinite period of time, they can be classified as a perpetuity.
The formula to calculate the present value of perpetuity is as follows,
PV of perpetuity = Cash Flow / r
Where,
r is the required rate of return or discount rate
PV of perpetuity = 9200 / 0.12
PV of perpetuity = $76666.66667 rounded off to $76666.67
Lambda Computer Products competed for and won a contract to produce two prototype units of a new type of computer that is based on laser optics rather than on electronic binary bits. The first unit produced by Lambda took 5,000 hours to produce and required $250,000 worth of material, equipment usage, and supplies. The second unit took 4,250 hours and used $237,500 worth of materials, equipment usage, and supplies. Labor is $20 per hour. Use Exhibit 6.5. a. Lambda was asked to present a bid for 10 additional units as soon as the second unit was completed. Production would start immediately. What would this bid be
Answer:
$2,731,672.50
Explanation:
first unit produced by lambda took 5,000 hours to produce and required $250,000 worth of material, equipment usage, and supplies
the second unit took 4,250 hours and used $238,500 worth of materials, equipment usage, and supplies
learning rate = time needed to produce second unit / time needed to produce first unit = 4,250 hours / 5,000 hours = 85%
materials and equipment usage rate = $237,500 / $250,000 = 95%
using the attached table of cumulative values, we can determine the cumulative improvement factors needed to solve this question:
Lambda's accumulated cost for producing 10 more computers
work hours = 4,250 x 7.116 (85% and 10 units) x $20 per hour = $604,860materials and equipment = $238,500 x 8.955 (95% and 10 units) = $2,126,812.50total = $604,860 + $2,126,812.50 = $2,731,672.50Kayla Sampson, an antiques dealer from Mankato, Minnesota, received her monthly billing statement for April for her MasterCard account. The statement indicated that she had a beginning balance of $600, on day 5 she charged $150, on day 12 she charged $300, and on day 15 she made a $200 payment. Out of curiosity, Kayla wanted to confirm that the finance charge for the billing cycle was correct. (a) What was Kayla’s average daily balance for April without new purchases?
Answer: $493.3
Explanation:
Kayla's average daily balance for April without new purchases will be:
We should note that she has opening balance of $600 for 14 days without purchase, $400 balance for 16 days from April 15-30. This will be:
= [($600 × 14) + ($400 × 16)]/2
= ($8400 + $6400)/30
= $14800/30
= $493.3
If $800 is borrowed at 8% interest, find the amounts due at the end of 4 years if the interest is compounded as follows. (Round your answers to the nearest cent.)(i) annually(ii) quarterly(iii) monthly(iv) weekly
Answer:
(i) $133.12
(ii) $297.6
(iii) $300.8
(iv) $301.6
Explanation:
From the compounding formula;
Future value = Present value [tex](1+\frac{r}{m}) ^{mn}[/tex]
where r is the rate, m is the number of payment per year, and n is the number of years.
Interest = future value - present value
Given that present value = $800, r = 8%, n = 4 years.
(i) annually,
m = 1, so that;
Future value = 800[tex](1.08)^{4}[/tex]
= $933.12
Interest = $933.12 - $800
= $133.12
(ii) quarterly,
m = 3, so that;
Future value = 800[tex](1+\frac{0.08}{3}) ^{(4x3)}[/tex]
= 800(1.372)
= $1097.6
Interest = $1097.6 - $800
= $297.6
(iii) monthly,
m = 12, so that;
Future value = 800[tex](1+\frac{0.08}{12}) ^{(4x12)}[/tex]
= 800(1.376)
= $1100.8
Interest = $1100.8 - $800
= $300.8
(iv) weekly,
m = 54, so that;
Future value = 800[tex](1+\frac{0.08}{54}) ^{(4x54)}[/tex]
= 800(1.377)
= $1101.6
Interest = $1101.6 - $800
= $301.6
A year after buying her car, Anita has been offered a job in Europe. Her car loan is for $27,000 at a 6% nominal interest rate for 48 months. If she can sell the car for $20,000, how much does she get to keep after paying off the loan
Answer:
Instead of keeping a balance she would rather need to pay the remaining mortgage balance of $843.51
Explanation:
The first task here is to compute the monthly payment of the car loan using the formula below:
PMT=P(r/n)/1-(1+r/n)^(-nt)
P=loan amount= $27,000
r=interest rate=6 %
n=number of monthly payments in a year=12
t= duration of loan=4 years ( 48/12)
PMT=27000*(6%/12)/(1-(1+6%/12)^(-4*12)
PMT=27000*(6%/12)/(1-(1+6%/12)^(-48)
PMT=27000*(6%/12)/(1-(1.005)^-48
PMT=135 /(1-0.787098411 )
PMT=634.10
The balance of the loan after one year is the present value of the remaining 36 monthly payments as computed thus:
PV=monthly payment*(1-(1+r)^-n/r
monthly payment=634.10
r=monthly interest rate=6%/12=0.5%
n=number of monthly payments left=36
PV=634.10*(1-(1+0.5%)^-36/0.5%
PV=634.10*(1-0.835644919 )/0.5%
pv=$20,843.51
balance left after paying the loan=$20,000-$20,843.51 =-$843.51
Pauley Company needs to determine a markup for a new product. Pauley expects to sell 22,000 units and wants a target profit of $16 per unit. Additional information is as follows: Variable product cost per unit $ 18 Variable administrative cost per unit 13 Total fixed overhead 20,500 Total fixed administrative 36,700 Using the variable cost method, what markup percentage to variable cost should be used
Answer:
variable markup % = 60%
Explanation:
total units sold 22,000
total costs associated with selling the 22,000 units:
variable production costs $18 x 22,000 = $396,000
variable S&A costs $13 x 22,000 = $286,000
fixed overhead = $20,500
fixed S&A = $36,700
total costs = $739,200
total cost per unit = $33.60
selling price = $33.60 + $16 = $49.60
markup percentage = [(sales price - unit cost) / unit cost] x 100
the total markup % = [49.60 - 33.60) / 33.60] x 100 = 47.62%
but since we are going to calculate the markup percentage solely based on variable costs, then:
variable cost per unit = $31
selling price = $49.60
the variable markup % = [49.60 - 31) / 31] x 100 = 60%
Joe Jones, Inc. has a beta of .85. The risk-free rate is 5% and the expected rate of return on the market portfolio is 10%. a. Compute the required return for Joe Jones using the security market line (SML) equation.
Answer: 9.25%
Explanation:
Risk free rate, Rf = 5% = 0.05
We then subtract the risk free rate of 5% from the expected date of return on market portfolio of 10%. This will be:
= 10% - 5% = 5%
Beta = 0.85
Required return will now be:
= Rf + (Rm-Rf) x Beta
= 5% + (5% × 0.85)
= 5% + 4.25%
= 9.25%
A machine with a cost of $150,000 and accumulated depreciation of $95,000 is sold for $70,000 cash. The amount that should be reported in the operating activities section reported under the direct method is:
Answer:
$0
Explanation:
The operating activities section of the cash flow statement under the direct method records the cash receipts with regard to sale of the products and the cash payments with regard to expenses
Therefore in the given case, it would be $0 as there is no transaction occured that should be reported in the operating activities section of the cash flow statement
The same is to be considered
suppose you want to open a shoe company sugges names for this
Answer:
New Kick
Boundless
Brave Sole
Laced
Jessica and Robert have two young children. They have $7,000 of qualified child care expenses and an AGI of $22,000 in 2019. What is their allowable child and dependent care credit considering their pre-credit tax liability
Answer:
$0
Explanation:
The computation of the their allowable child and dependent care credit is shown below:
In the case when the income is below $35,000 than full 35% would be allowed
But the qualified child expense would be limited to $6,000
So, here the amount would be
= $6,000 × 35%
= $1,860
Already there is a pre credit tax liability so $0 should be considered as it would not received any credit
Admission prices to Dollywood are $50 for a one-day ticket, $80 for a two-day ticket, and $100 for an annual pass. Based on these prices, the marginal cost of visiting Dollywood the second day is _____, the third day is _____, and the fourth day is _____.
a. $40; $33.33; $25
b. $30; $20; $0
c. $30; $10; $10
d. $80; $100; $100
Answer: b. $30; $20; $0
Explanation:
Admission prices to Dollywood are $50 for a one-day ticket, $80 for a two-day ticket, and $100 for an annual pass. Based on these prices, the marginal cost of visiting Dollywood the second day is $30, the third day is $20, and the fourth day is $0.
The marginal cost is the extra cost per day of going to Dollywood.
Second day
Marginal cost = Second day price - First day
= 80 - 50
= $30
Third day
Marginal cost = Third day price - Second day
= 100 - 80
= $20
Fourth Day
Marginal cost = Fourth day price - third day
= 100 - 100
= $0
Calculate the annual cash flows of a $100,000, 10-year fixed-payment deferred annuity earning a guaranteed 3.6 percent per year if annual payments are to begin at the end of year 4 (beginning of year 5). (Hint: Grow the original investment for 4 years and then all payments are paid at the beginning of the year.)
Answer:
$13,437.53
Explanation:
Calculation for the annual cash flows
First step is to calculate the value of annuity after 3 years from today
Using this formula
Value of annuity = Present value*(1+Rate)^Time
Let plug in the formula
Value of annuity = $100,000*(1 +0.036)^3
Value of annuity = $100,000*1.111934656
Value of annuity = $111,193.4656
Second step is to calculate the present value annuity factor
Using this formula
PVIFA = [1 – (1 + Rate)-Number of periods]/ Rate
Let plug in the formula
PVIFA = [1 – (1 + 0.036)-10]/ 3.6%
PVIFA = 8.27484404349
Last step is to calculate the annual cash flows
Using this formula
Annual cash flows = Value of annuity/ Present value annuity factor
Let plug in the formula
Annual cash flows = $111,193.4656/ 8.27484404349
Annual cash flows = $13,437.53
Therefore the annual cash flows will be
$13,437.53
CDB stock is currently priced at $85. The company will pay a dividend of $5.69 next year and investors require a return of 11.6 percent on similar stocks. What is the dividend growth rate on this stock?
Answer:
4.91%
Explanation:
CDB stock is currently priced at $85
The company will pay a dividend of $5.69
The required return is 11.6%
There for the dividend growth rate on this stock can be calculated as follows
11.6/100= (5.69/85) + growth rate
0.116= 0.0669 + growth rate
0.116 - 0.0669 = growth rate
0.0491 × 100 = growth rate
Growth rate = 4.91%