Answer: 4%
Explanation:
Abnormal returns are the excess actual returns received over the expected return.
The actual return can be calculated as;
= [tex]\frac{New Stock price + dividends - Old Stock Price}{Old stock price}[/tex]
= [tex]\frac{12 - 10 + 1}{10}[/tex]
= 30%
The expected return according to CAPM;
Expected return = Risk free rate + beta( market return - risk free rate)
= 16% + 1 ( 26% - 16%)
= 26%
Abnormal return = 30% - 26%
= 4%
SkyChefs, Inc., prepares in-flight meals for a number of major airlines. One of the company’s products is grilled salmon in dill sauce with baby new potatoes and spring vegetables. During the most recent week, the company prepared 5,100 of these meals using 2,000 direct labor-hours. The company paid its direct labor workers a total of $28,000 for this work, or $14.00 per hour. According to the standard cost card for this meal, it should require 0.40 direct labor-hours at a cost of $13.50 per hour. Required: 1. What is the standard labor-hours allowed (SH) to prepare 5,100 meals? 2. What is the standard labor cost allowed (SH × SR) to prepare 5,100 meals? 3. What is the labor spending variance? 4. What is the labor rate variance and the labor efficiency variance? (For requirements 3 and 4, indicate the effect of each variance by selecting "F" for favorable, "U" for unfavorable, and "None" for no effect (i.e., zero variance). Input all amounts as positive values. Do no round intermediate calculations.)
Answer:
1. 2,040 Hours
2. $27,540
3. 460 U
4.Labor rate variance = 1,000 U , Labor efficiency variance = 540 F
Explanation:
1. Standard labor hour allowed = (5,100 * 0.40) = 2,040 Hours
2. Standard labor cost = (2,040 * $13.50) = $27,540
3. Labor spending variance = (Standard cost - actual cost)
Labor spending variance = (27,540 - 28,000)
Labor spending variance = 460 U
4. Labor rate variance = (Standard rate - Actual rate) * Actual hours
Labor rate variance = ($13.50 - $14) * 2000
Labor rate variance = 0.50 * 2,000 U
Labor rate variance = 1,000 U
Labor efficiency variance = (Standard hour - Actual hour) * Standard rate
Labor efficiency variance= (2,040 - 2,000) * $13.50
Labor efficiency variance = 40 * 13.50 F
Labor efficiency variance = 540 F
Budgeted production 1,092 units Actual production 905 units Materials: Standard price per ounce $1.767 Standard ounces per completed unit 12 Actual ounces purchased and used in production 11,186 Actual price paid for materials $22,931 Labor: Standard hourly labor rate $14.92 per hour Standard hours allowed per completed unit 4.0 Actual labor hours worked 4,661 Actual total labor costs $75,741 Overhead: Actual and budgeted fixed overhead $1,189,000 Standard variable overhead rate $28.00 per standard labor hour Actual variable overhead costs $130,508 Overhead is applied on standard labor hours. (Round interim calculations to the nearest cent.) The direct labor rate variance is a.$21,730.60 favorable b.$6,199.13 unfavorable c.$21,730.60 unfavorable d.$6,199.13 favorable
Answer:
Direct labor rate variance= $6,199.13 unfavorable
Explanation:
Giving the following information:
Labor:
Standard hourly labor rate $14.92 per hour
Actual labor hours worked 4,661
Actual total labor costs $75,741
To calculate the direct labor rate variance, we need to use the following formula:
Direct labor rate variance= (Standard Rate - Actual Rate)*Actual Quantity
Actual rate= 75,741/4,661= $16.25
Direct labor rate variance= (14.92 - 16.25)*4,661
Direct labor rate variance= $6,199.13 unfavorable
Down Under Products, Ltd., of Australia has budgeted sales of its popular boomerang for the next four months as follows:
Sales in Units
April 70,000
May 85,000
June 110,000
July 90,000
The company is now in the process of preparing a production budget for the second quarter. Past experience has shown that end-of-month inventory levels must equal 15% of the following month’s sales. The inventory at the end of March was 10,500 units.
Required:
Prepare a production budget for the second quarter; in your budget, show the number of units to be produced each month and for the quarter in total.
Answer:
Results are below.
Explanation:
Giving the following information:
Sales in Units
April 70,000
May 85,000
June 110,000
July 90,000
Desired ending inventory= 15% of the following month’s sales.
The inventory at the end of March was 10,500 units.
To calculate the production required for each month, we need to use the following formula:
Production= sales + desired ending inventory - beginning inventory
April:
Sales= 70,000
Desired ending inventory= 85,000*0.15= 12,750
Beginning inventory= (10,500)
Total production= 72,250
May:
Sales= 85,000
Desired ending inventory= 110,000*0.15= 16,500
Beginning inventory= (12,750)
Total production= 88,750
June:
Sales= 110,000
Desired ending inventory= 90,000*0.15= 13,500
Beginning inventory= (16,500)
Total production= 107,000
Total quarter= 268,000
The initial price for a stadium is $800,000,000. There will be a 2% adjustment to the price, and $85,000,000 of revenue from the sale of previous equipment and land. The projected future cash flow is $675,000,000. The government has decided to provide $300,000,000 of cash to discount the price. What is the Net Present Value of the Stadium
Answer:
NPV = $246764705.88
Explanation:
The net present value of the stadium can be calculated by deducting the present value of cash outflow from the present value of cash inflow.
DATA
Initial price = $800,000,000
Revenue from sale of previous equipment = $85,000,000
Goverment provided fund to discount the price = $300,000,000
Discount factor for year 1 at 2% = 0.9804
Future Cash inflow = $675,000,000
Solution
NPV = Present value of cash inflows - Present value of cash outflows
NPV = $661,764,705.88 - $415,000,000
NPV = $246,764,706
Working
PV of Cash inflow = $675,000,000 x 0.9804
PV of cash inflow = $661,764,706
PV of Cash outflow = Initial price - Revenue form sale - Goverment fund
PV of cash outflow = $800,000,000 - $85,000,000 - $300,000,000
PV of cash outflow = $415,000,000
A company incurs $4,050,000 of overhead each year in three departments: Ordering and Receiving, Mixing, and Testing. The company prepares 2,000 purchase orders, works 50,000 mixing hours, and performs 1,500 tests per year in producing 200,000 drums of Goo and 600,000 drums of Slime. The following data are available: Department Expected use of Driver Cost Ordering and Receiving 2,000 $1,200,000 Mixing 50,000 1,500,000 Testing 1,500 1,350,000 Production information for Goo is as follows: Department Expected use of Driver Ordering and Receiving 400 Mixing 20,000 Testing 500 Compute the amount of overhead assigned to Goo. $2,760,000.
Answer:
$1,290,000
Explanation:
Goo:
Ordering and Receiving = 400 / 2,000 = 20%
Mixing = 20,000 / 50,000 = 40%
Testing = 500 / 1,500 = 33.33%
allocated overhead costs:
Ordering and Receiving = 20% x $1,200,000 = $240,000
Mixing = 40% x $1,500,000 = $600,000
Testing = 33.33% x $1,350,000 = $450,000
total allocated overhead costs = $1,290,000
Here are some important figures from the budget of Crenshaw, Inc., for the second quarter of 2019. April May June Credit sales $689,000 $598,000 $751,000 Credit purchases 302,000 282,000 338,000 Cash disbursements: Wages, taxes, and expenses 137,000 129,000 179,000 Interest 15,600 15,600 15,600 Equipment purchases 53,500 6,600 248,000 The company predicts that 5 percent of its credit sales will never be collected, 35 percent of its sales will be collected in the month of the sale, and the remaining 60 percent will be collected in the following month. Credit purchases will be paid in the month following the purchase. In March 2019, credit sales were $561,000. Using this information, complete the following cash budget: April MAY JUNEBeginning cash balance 182,000 Cash receiptCash Collection from the credit saleTotal cash available Cash Disbursement Purchase $289,000 Wages, Taxes, and expenses Interest Equipment purchases Total cash Disbursement Ending cash balance
Answer and Explanation:
The presentation of the cash budget for the three months is shown below:
Particulars April May June
Beginning
cash balance $182,000 $264,650 $434,150
Add:
Cash receipts :
Credit sales
collections $577,750 $622,700 $621,650
Total cash
available $759,750 $887,350 $1,055,800
Less:
Cash disbursements
Purchases -$289,000 -$302,000 -$282,000
Wages, Taxes
and expenses -$137,000 -$129,000 -$179,000
Interest -$15,600 -$15,600 -$15,600
Equipment
purchases -$53,500 -$6,600 -$248,000
Total
cash disbursements -$495,100 -$453,200 -$724,600
Ending
cash balance $264,650 $434,150 $331,200
Working Notes:
Cash collection from credit sales
Particulars March April May June
Credit sales $561,000 $689,000 $598,000 $751,000
Cash collected :
35% cash collected
in month of sales $196,350 $241,150 $209,300 $262,850
60% cash collected
in following month
of sales $0 $336,600 $413,400 $358,800
Total cash
collected from sales $577,750 $622,700 $621,650
A subcontractor is responsible for outfitting six satellites that will be used for solar research. Four of the six have been completed in a total of 600 hours. If the crew has a 75% learning curve, how long should it take them to finish the last two units?
Answer: ∑Tₓ = 201.222
time required to complete the last two units is 201.222 minutes
Explanation:
Given that,
total time required to four units is 600 hours,
Learning curve applied is 75% and from the learning curve coefficient table, total time factor to complete four units at 75% learning curve is 2.946
so
∑Tₙ = T₁ × total time factor
{ ∑Tₙ is total time required to complete all the units which is 600 hrs, T₁ is Time for first unit, total time factor = 2.946 }
we substitute
∑T₄ = ∑T₁ × total time factor
600 = ∑T₁ × 2.946
∑T₁ = 600/2.946
∑T₁ = 203.666 minutes
Now to get the total time required to complete 6 units, we say:
∑T₆ = ∑T₁ × total time factor
Note that total time factor at this point changes;
( from the learning curve coefficient table, total time factor to complete 6 units at 75% learning curve is 3.934)
so we substitute
∑T₆ = 203.666 × 3.934
∑T₆ = 801.222
Now to find how long should it take them to finish the last two units, we say
∑Tₓ = ∑T₆ - ∑T₄
∑Tₓ = 801.222 - 600
∑Tₓ = 201.222
Therefore time required to complete the last two units is 201.222 minutes
The time required to complete the last two units is 201.222 minutes
Given data
Total time required to four units is 600 hours
Learning curve applied is 75% and 75% learning curve is 2.946
∑Tₙ = T₁ × total time factor
{ ∑Tₙ is total time required to complete all the units which is 600 hrs, T₁ is Time for first unit, total time factor = 2.946 }
we substitute
∑T₄ = ∑T₁ × total time factor
600 = ∑T₁ × 2.946
∑T₁ = 600/2.946
∑T₁ = 203.666 minutes
Now to get the total time required to complete 6 units, we say:
∑T₆ = ∑T₁ × total time factor
so we substitute
∑T₆ = 203.666 × 3.934
∑T₆ = 801.222
Now, we will find how long should it take them to finish the last two units
∑Tₓ = ∑T₆ - ∑T₄
∑Tₓ = 801.222 - 600
∑Tₓ = 201.222
In conclusion, the time required to complete the last two units is 201.222 minutes
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15 POINTS IF U ANSWER NOW!!!!! Which non-income factor for a potential job promotion would influence a person whose mother needs frequent medical attention? A.) Location (im pretty sure its not A) B.) Personal satisfaction C.) Independence D.)Family
Answer:
D. Family
Explanation:
Suppose the rate of inflation was 2 percent in India from 2008-2012 and, over that same period, the inflation rate in the United States was 2.7 percent. Based on these inflation trends, which of the following is true?
a. The PPP condition implies that the rupee has depreciated relative to the dollar.
b. The PPP condition implies that the rupee has appreciated relative to the dollar
Answer:
b. The PPP condition implies that the rupee has appreciated relative to the dollar
Explanation:
Remember, the inflation rate looks at how the prices of goods and services in a country increases over a period of time, and it's effects on the the purchasing value or power of money in the country.
As in this scenario, India had 2 percent inflation rate while United States had 2.7 which is a higher price increases not in a different period but the same one, meaning that the Purchasing power parity (PPP) condition of the rupee has appreciated relative to the dollar from 2008-2012.
Beer prices at major league baseball stadiums are usually much higher than prices at a bar or restaurant. This is mainly because
The question is incomplete:
Beer prices at major league baseball stadiums are usually much higher than prices at a bar or restaurant. This is mainly because
a. it costs the owners of the baseball teams more money to buy the beer from distributors
b. demand is much higher at a baseball game than at a bar
c. baseball team owners have market power and can change a higher price when they are the only sellers of beer
d. the government forces the owners of baseball teams to change price.
e. the owner's baseball teams are not profit maximizing
Answer:
c. baseball team owners have market power and can change a higher price when they are the only sellers of beer
Explanation:
The situation at the major league baseball stadiums is that the owner of the team is the only one that sells the beer which means that they have the power to establish the price they want as people won't have another option to buy the beer in the stadium and they will try to get as much benefits as possible by setting a high price. According to this, the answer is that this is mainly because baseball team owners have market power and can change a higher price when they are the only sellers of beer .
The other options are not right because the owners of the teams pay the same price for the beer as everyone else, the demand is not higher at the baseball game, the government doesn't regulate the prices and the owners are trying to get as much profits as possible.
Polychromasia Company sold inventory costing $30,000 to its subsidiary, Simply Colorful, for double its cost in 2009. Polychromasia owns 80% of Simply Colorful. Simply resold $50,000 of this inventory for $60,000 to outsiders in 2009. How much unrealized profit exists at the end of the year?
a) $20,000
b) $8,000
c) $10,000
d) $5,000
Answer:
D.
Explanation:
30000 x 2 = 60000
60000 - 50000 = 10000
10000/2
= 5000
How much of the contract price should Maya allocate to the machine, installation, and training, respectively?
Answer:
I looked for the missing information and found the following:
total contract price = $920,000
individual prices:
machine = $800,000 installation = $100,000training = $100,000total = $1,000,000Maya should allocate each performance obligation in the same proportion as if they were sold separately:
machine = ($800,000 / $1,000,000) x $920,000 = $736,000installation = ($100,000 / $1,000,000) x $920,000 = $92,000training = ($100,000 / $1,000,000) x $920,000 = $92,000Sam has contracted with Dave to purchase Dave's racing bike, with payment and delivery of the bicycle to be made 10 days after the contract was made. Three days later Sam hears that Dave is going to sell the bike to Gene in three days at a higher price. If Sam really wants the bike, what should he do? Multiple Choice Immediately seek injunctive relief. Immediately sue for specific performance. Immediately sue for compensatory damages. Immediately sue for consequential damages.
Answer: Immediately seek injunctive relief.
Explanation:
An injunctive relief is an order by the court stopping an action from taking place. From the question, we are told that Sam has contracted with Dave to buy Dave's racing bike, with payment and delivery of the bicycle to be made 10 days after the contract was made.
We are further told that three days later Sam hears that Dave is going to sell the bike to Gene in three days at a higher price. If Sam really wants the bike, he should seek injunctive relief. By doing so, the court will stop Dave from selling the bike to Gene.
Double West Suppliers (DWS) reported sales for the year of $400,000, all on credit. The average gross profit percentage was 35 percent on sales. Account balances follow:
Beginning Ending
Accounts receivable (net) $ 51,000 $ 61,000
Inventory 67,000 46,000
Required:
1. Compute the following turnover ratios. (Round your answers to 1 decimal place.)
2. By dividing 365 by your ratios from requirement 1, calculate the average days to collect receivables and the average days to sell inventory. (Use 365 days in a year. Do not round intermediate calculations. Round turnover ratio calculation and final answers to 1 decimal place.)
Answer:
1. Accounts Receivables Turnover Ratio = Net Credit Sales/Average Accounts Receivables = 400,000 / (51000 + 61000)/2
= 400,000/56,000
= 7.1 times
Inventory Turnover Ratio = Cost of Goods Sold/Average Inventory = (Sales-Gross Profit)/Average Inventory = (400,000 - 35% * 400,000) / (67000 + 46000)/2
=400,000 - 140,000 / 56,500
= 260,000 / 56,500
= 4.6 times
2. Average Days to Collect Receivables = 365/7.1 = 51.40 or 52 days
Average Days to Collect Inventory = 365/4.6 = 79.34 days
York's outstanding stock consists of 80,000 shares of noncumulative 7.5% preferred stock with a $5 par value and also 200,000 shares of common stock with a $1 par value. During its first four years of operation, the corporation declared and paid the following total cash dividends: 2015 total cash dividends $20,000 ; 2016 total cash dividends 28,000 ; 2017 total cash dividends 200,000 ; 2018 total cash dividends 350,000. Please explain how to journal this.
Answer:
dividends paid during 2015:
preferred stock dividends = $20,000, dividend per preferred stock = $0.25
common stock dividends = $0, dividend per common stock = $0
dividends paid during 2016:
preferred stock dividends = $28,000, dividend per preferred stock = $0.35
common stock dividends = $0, dividend per common stock = $0
dividends paid during 2017:
preferred stock dividends = $30,000, dividend per preferred stock = $0.375
common stock dividends = $170,000, dividend per common stock = $0.85
dividends paid during 2018:
preferred stock dividends = $30,000, dividend per preferred stock = $0.375
common stock dividends = $320,000, dividend per common stock = $1.60
Since the preferred stocks are not cumulative, any preferred dividends that are not paid during a year will not be paid in future years.
Stephenson Co.'s 15-year bond with a face value of $1,000 currently sells for $850. Which of the following statements is correct?
A. The bond's coupon rate exceeds its current yield.
B. The bond's yield to maturity is greater than its coupon rate.
C. If the yield to maturity stays constant until the bond matures, the bond's price will remain at $850.
D. The bonds current yield exceeds its yield to maturity.
Answer:
The bond's yield to maturity is greater than its coupon rate.
Explanation:
At a discount, the price of the bond is less than its face value, from bond theory principles, this is likely to happen when YTM is more than the coupon rate of the bond. Due to this the present value of the coupons and their face value are going to be lower than 1000 since YTM is greater.
The coupon rate is given as annual interest divided by face value
While
The yield is interest/ current price.
The answer to the question is therefore
The bond's yield to maturity is greater than its coupon rate.
Sometimes airlines raise ticket prices as the flight departure date approaches in the hope of increasing revenue. The airlines raise their prices on the assumption that:
Answer:
B) less price-elastic as departure time approaches.
Explanation:
Here are the options to this question :
A) steady in its price elasticity as departure time approaches.
B) less price-elastic as departure time approaches.
C) always unit elastic.
D) very sensitive to price changes as the time of departure approaches.
Price elasticity of demand measures the responsiveness of quantity demanded to changes in price of the good.
Price elasticity of demand = percentage change in quantity demanded / percentage change in price
If the absolute value of price elasticity is greater than one, it means demand is elastic. Elastic demand means that quantity demanded is sensitive to price changes.
Demand is inelastic if a small change in price has little or no effect on quantity demanded. The absolute value of elasticity would be less than one
Demand is unit elastic if a small change in price has an equal and proportionate effect on quantity demanded.
As the departure date arrives, there would be less available flights and less time for travellers to make alternative travelling arrangements. As a result, they would be willing to pay any price. At this point, travellers would have a less elastic demand. that is they are less sensitive to price.
. In the step-by-step deployment of MIS in a business, which (and why) of the following will you consider as a Foundation Step for Stock broker.
a. Enterprise Resource Planning Module
b. Supply Chain Management Module
c. Customer Relationship Management Module
Answer:
C
Explanation:
Customer Relationship Management Module
Hope it helps
If budgeted beginning finished goods inventory is $8,000, budgeted ending finished goods inventory is $9,400, and budgeted cost of goods sold is $10,260, budgeted cost of goods manufactured should be
Answer:
Cost of goods manufactured= $11,660
Explanation:
Giving the following information:
Beginning inventory= $8,000
Ending inventory= $9,400
COGS= $10,260
To calculate the cost of goods manufactured, we need to use the following formula:
COGS= beginning finished inventory + cost of goods manufactured - ending finished inventory
10,260 = 8,000 + cost of goods manufactured - 9,400
cost of goods manufactured= 10,260 - 8,000 + 9,400
cost of goods manufactured= $11,660
has a target debt−equity ratio of .50. Its cost of equity is 15 percent, and its cost of debt is 6 percent. If the tax rate is 34 percent, what is the company’s WACC?
Answer:
11.35%
Explanation:
The calculation of WACC is shown below:-
WACC = Cost of equity × (equity ÷ (Debt + Equity)) + cost of debt × (debt ÷ (Debt + Equity)) × (1 - tax rate)
= 0.15 × (1 ÷ 1.50) + 0.06 × (0.50 ÷ 1.50) × (1 - 0.34)
= 0.15 × 0.67 + 0.06 × 0.33 × 0.66
= 0.1005 + 0.013068
= 11.35%
Therefore for computing the WACC we simply applied the above formula.
Dunstreet’s Department Store would like to develop an inventory ordering policy of a 95 percent probability of not stocking out. To illustrate your recommended procedure, use as an example the ordering policy for white percale sheets.
Demand for white percale sheets is 5,000 per year. The store is open 365 days per year. Every two weeks (14 days) inventory is counted and a new order is placed. It takes 10 days for the sheets to be delivered. Standard deviation of demand for the sheets is five per day. There are currently 150 sheets on hand.
How many sheets should you order?
Answer:
The number of sheets you should order is 219 sheets.
Explanation:
Before we can determine the number sheets to order, we need to first calculate the targeted number of sheet as follows:
TN = DD * (LT + RT) + z + SDD * [tex]\sqrt{LT + RT}[/tex] .......................... (1)
Where;
TN = Targeted number of sheets = ?
DD = Daily demand = 5,000 / 365 = 13.70
LT = Lead time = 10
RT = Review time or stock taking time = 14
SDD = Standard Deviation of Daily Demand = 5
z = 1.64
Note: Since Dunstreet’s Department Store would like to develop an inventory ordering policy of a 95 percent probability of not stocking out, the z is determined by just typing the function =NORM.S.INV(0.95) in the Microsoft Excel to obtain the 1.64.
Substituting the values into equation (1), we have:
TN = 13.70 * (10 + 14) + 1.64 * 5 * [tex]\sqrt{10+14}[/tex]
TN = 369 approximately
Since there are currently 150 sheets on hand, the number of sheets you should order can be determined as follows:
Number of sheet to order = TS - Number of sheets on hand = 369 - 150 = 219 sheets
Therefore, the number of sheets you should order is 219 sheets.
Answer:
219 sheets
Explanation:
The computation of the number of sheets ordered is computed by applying the following formula
Number of sheets ordered is
= Average daily demand × (Lead time + time taken) + Service probability × standard deviation in lead time - present inventory level
where,
Standard deviation in lead time is
= [tex]\sqrt{10+14(5)}[/tex]
= 24.49
And, the service probability level could be find out by applying the =NORMSINV(0.95) in excel so the value of z is 1.64
And, all other things would remain the same
= 5,000 ÷ 365 days × (10 + 14) + (1.64) (24.49) - 150
= 219 sheets
Quality improvement teams are groups of people from various work areas who define, analyze, and solve common production problems.
a. True
b. False
Answer: True
Explanation:
The quality improvement teams are groups of employees that are from various departments who come together and meet regularly in order to define, analyze, and then solve common production problems.
The aim of the quality improvement team is to improve the production process. This is achievable by them working on their methods.
A benevolent social planner would prefer that the output of good x be decreased from its current level if, at the current level of output of good x_________
a. social cost = private cost = private value < social value.
b. private cost < social cost = private value = social value.
c. social value = private value = private cost < social cost.
d. social cost = private cost = private value = social value.
Answer:
c
Explanation:
social value = private value = private cost < social cost.
A benevolent social planner would prefer that the output of good x be decreased from its current level if, at the current level of output of good x social value = private value = private cost < social cost. Thus, option (c) is correct.
What is the cost?
The term cost refers to the actual money are spent on the manufacturing of the product. The product are manufacture to spend on money are raw material, transportation, wages, salary, and other expenses add. The all expenses are added to identify the cost.
According to the system composed, the primary impact of the output of goods are the multiplied by the reduced from its present state are the primary effect of the output of products are the calculation where the social value equals the societal value. The private cost is lower than the societal cost.
As a result, the significance of the social cost are the aforementioned. Therefore, option (c) is correct.
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Paper Express Company has a balance sheet which lists $85 million in assets, $40 million in liabilities, and $45 million in common shareholders' equity. It has 1,400,000 common shares outstanding. The replacement cost of the assets is $115 million. The market share price is $90.What is Paper Express's market value per share?
Answer:
$90
Explanation:
Based on the information given we were told that after the assets was replaced at the amount of $115 million, the Company market share price was the amount of $90 which simply means that Paper Express's market value per share will be the market share price of the amount of $90.
Therefore Paper Express's market value per share will be $90.
A common stock pays an annual dividend per share of $1.80. The risk-free rate is 5%, and the risk premium for this stock is 4%. If the annual dividend is expected to remain at $1.80 per share, what is the value of the stock
Answer:
The value of the stock today is $20
Explanation:
Using the CAPM equation, we first calculate the required rate of retunr on the stock.
The equation for CAPM is,
r = rRF + Beta * rpM
Where,
rRF is the risk free raterpM is the risk premium on marketBeta * rpM is the risk premium on stockr = 0.05 + 0.04
r = 0.09 or 9%
The value of the stock can be calculated using the zero growth model of DDM. The DDM values the stock based on the present value of the expected future dividends from the stock. As the dividend from the stock is expected to remain constant through out to an indefinite period, the value of the stock today is,
P0 = Dividend / r
P0 = 1.8 / 0.09
P0 = $20
Ownership costs incurred after the initial purchase and associated with the ongoing use of the product or material purchased include which of the following?
a) Energy Usage
b) Purchase Price
c) Product Liability Costs
d) Customer Dissatisfaction Costs
e) Warranty Costs
Answer:
a) Energy Usage
Explanation:
Total cost of ownership (TCO) can be defined as the summation of the purchase price (P) and operating costs (O) of an asset over the asset's lifespan.
Mathematically, it is given by the expression;
Ownership costs incurred after the initial purchase and associated with the ongoing use of the product or material purchased include an energy usage.
Energy refers to the amount or quantity of power which is being consumed by an individual, group of people or organization over a specific period of time. As the consumers continue to use energy, they're being charged or made to pay a utility fee regularly for their amount of consumption, which is usually calculated hourly (kilowatts per hour or kwh).
A registered representative receives an order from a corporate issuer to buy 500,000 shares of that issuer's stock in the market, 5 minutes prior to market close. The registered representative should:
Answer: C. inform the company that this is a possible market manipulation under the Securities Exchange Act of 1934
Explanation:
The Securities Exchange Act of 1934 is meant to govern the actions of issuers and their affiliates engaging in trade in the open market. One reason for this is to prevent stock price manipulation.
SEC Act Rule 10b-18 might rule this transaction as a manipulative activity because it goes against the section of it that states that securities cannot be traded within 10 minutes of the stock market closing if that stock is an actively traded one. If it is not then the trade should not be executed within 30 minutes of market close.
The client should therefore be informed that by placing an order 5 minutes before close they could run afoul of this Act because buying such huge amounts at such a time could influence the price upwards for when the market reopens.
Refer to the following lease amortization schedule. The five payments are made annually starting with the inception of the lease. A $2,000 bargin purchase option is exercisable at the end of the five-year lease. The asset has an expected economic life of eight years.
Lease Payment Cash Payment Effective Interest Decrease in Balance Balance
34,600
1 8,000 ?? ?? 26,600
2 8,000 2,660 5,340 21,260
3 8,000 2,126 5,874 15,386
4 8,000 1,539 6,461 8,925
5 8,000 ?? ?? ??
6 2,000 182 1,818 0
What is the effective annual inerest rate?
A. 9%
B. 10%
C. 11%
D. 20%
Answer:
B. 10%
Explanation:
The computation of the effective annual interest rate is shown below:-
Effective annual interest rate = Lease payment third effective interest ÷ Lease payment second balance × 100
= $2,126 ÷ $21,260 × 100
= 10%
Therefore for computing the effective annual interest rate we simply applied the above formula.
Hence the correct option is B.
Bob manages a grocery store in a country experiencing a high rate of inflation. He is paid in cash twice per month. On payday, he immediately goes out and buys all the goods he will need over the next two weeks in order to prevent the money in his wallet from losing value. What he can't spend, he converts into a more stable foreign currency for a steep fee. This is an example of the of inflation.
Answer:
shoe-leather costs
Explanation:
Inflation is a persistent rise in general price levels.
shoe-leather costs of inflation is the cost in terms of time and effort spent by individuals in reducing their cash holdings in order to avoid paying inflation tax.
Bob's shoe cost of inflation includes :
1. the time and effort expended in going to purchase items immediately he is paid
2. the time and effort expended in converting the money he didn't spend to a more stable foreign currency.
Hache Corporation uses the weighted-average method in its process costing system. Data concerning the first processing department for the most recent month are listed below:
Beginning work in process inventory:
Units in beginning work in process inventory 1,050
Materials Costs $ 8,700
Conversion Costs $ 8,500
Percent complete with respect to materials 50%
Percent complete with respect to conversion 30%
Units started into production during the month 6,600
Units transferred to the next department during the month 5,800
Materials costs added during the month $ 91,000
Conversion costs added during the month $ 126,300
Ending work in process inventory:
Units in ending work in process inventory 1,850
Percent complete with respect to materials 50%
Percent complete with respect to conversion 20%
Note: Your answers may differ from those offered below due to rounding error. In all cases, select the answer that is the closest to the answer you computed. To reduce rounding error, carry out all computations to at least three decimal places.
The cost of ending work in process inventory in the first processing department according to the company's cost system is closest to: (Do not round Cost per equivalent unit.)
a) $67,845
b) $38,507
c) $17,478
d) $21,797
Answer:
The cost of ending work in process inventory in the first processing department according to the company's cost system is closest to: d) $21,797
Explanation:
Calculation of Equivalent Units of Production
Materials
Units transferred to the next department (5,800 × 100%) = 5,800
Units in ending Work In process (1,850 × 50%) = 925
Total Equivalent Units of Production for Materials = 6,725
Conversion
Units transferred to the next department (5,800 × 100%) = 5,800
Units in ending Work In process (1,850 × 20%) = 370
Total Equivalent Units of Production for Conversion Costs = 6,170
Calculation of Cost per Equivalent units of Production
Materials
Cost per equivalent unit = Total Material Cost ÷ Total Equivalent Units of Production for Materials
= ($ 8,700 + $ 91,000) ÷ 6,725
= $14.825
Cost per equivalent unit = Total Material Cost ÷ Total Equivalent Units of Production for Materials
= ($ 8,500 + $ 126,300) ÷ 6,170
= $21.848
Calculation of cost of ending work in process inventory
Materials ( 925 × $14.825) = $13,713.12
Conversion Cost ( 370 × $21.848) = $8,083.76
Total = $21,796.88
Thus,
The cost of ending work in process inventory in the first processing department according to the company's cost system is closest to: d) $21,797.
