Answer: $4.58
Explanation:
The required return is said to be evenly divided between a capital gains yield and a dividend yield.
That means that Dividend Yield = 7%
Capital gains yield = 7%
The Dividend Yield is based on the next dividend and given the expected return the dividend is;
Expected Return = Dividend Yield + Capital gains yield
Expected Return = Dividend(1 + g)/stock price + Capital gains yield
0.14 = Dividend ( 1 + 0.07)/70 + 0.07
70 * (0.14 - 0.07 ) = Dividend ( 1.07)
4.9 = Dividend ( 1.07)
Dividend = 4.9/1.07
Dividend = $4.58
Harvey’s Hardware is thinking about starting a line of lawnmowers to serve its customer base in the summer. The lawnmowers would be priced at $100 and Harvey the manager believes that they would sell 3 units. They have the following estimated costs.
Units Produced Labor Cost Total cost
0 0 100
1 50 150
2 100 200
3 200 300
4 350 450
What is the marginal cost of producing the third unit?
a. $400
b. $300
c. $200
d. $100
Answer:
Harvey's Hardware
Marginal cost of producing the third lawnmowers:
d. $100
Explanation:
Harvey's marginal cost for producing the third unit of lawnmowers is the additional cost that resulted when the total cost increased from $200 to $300. However, it can be deciphered from the case that the marginal cost for Harvey, which it is supposed to be a variable cost, is traceable to the direct labor costs. This implies that the fixed cost element for Harvey in the production of the lawnmowers has been relatively fixed at $100. It does not vary with the volume of production, while the direct labor costs vary with the volume of lawnmowers produced by Harvey.
Location Score
Factor
(100 points each) Weight A B C
Convenience .15 89 78 84
Parking facilities .20 75 93 98
Display area .18 92 90 87
Shopper traffic .27 92 93 82
Operating costs .10 93 97 84
Neighborhood .10 90 96 95
1.00
a.
Using the above factor ratings, calculate the composite score for each location. (Do not round intermediate calculations. Round your final answers to 2 decimal places.)
Location Composite Score
A
B
C
b.
Determine which location alternative (A, B, or C) should be chosen on the basis of maximum composite score.
B
C
A
Answer and Explanation:
The computation of composite score for each location is shown below:-
Composite score for A is
= 0.15 × 89 + .20 × 75 + 0.18 × 92 + 0.27 × 92 + 0.10 × 93 + 0.10 × 90
= 88.05
Composite score for B is
= 0.15 × 78 + .20 × 93 + 0.18 × 90 + 0.27 × 93 + 0.10 × 97 + 0.10 × 96
= 90.91
Composite score for C is
= 0.15 × 84 + .20 × 98 + 0.18 × 87 + 0.27 × 82 + 0.10 × 84 + 0.10 × 95
= 87.90
Therefore for computing the composite score for each location we simply multiply weight with A location and in the same manner of A, B and C
b. The maximum composite score from A, B and C is B
The central problem in product-oriented layout planning is?
Answer: The minimizing the imbalance in the workloads among workstations.
Explanation:
Workspace can inspire informal and productive encounters if it balances what three physical and social aspects.
Pauley Company needs to determine a markup for a new product. Pauley expects to sell 15,000 units and wants a target profit of $22 per unit. Additional information is as follows:
Variable product cost per unit $19
Variable administrative cost per unit 11
Total fixed overhead 13,500
Total fixed administrative 21,000
Using the variable cost method, what markup percentage to variable cost should be used?
Answer:
81%
Explanation:
Calculation for the markup percentage to variable cost that should be used
Using this formula
Markup percentage=[(Target profit + Fixed overhead costs + Fixed administrative costs) / Total variable costs
Let plug in the formula
Markup percentage=[($22*15,000 units)+$13,500+$21,000]/$30×15,000)
Markup percentage=($330,000+$13,500+$21,000)/$450,000
Markup percentage=$364,500/$450,000
Markup percentage=0.81*100
Markup percentage=81%
Calculation for Total variable costs
Variable product cost per unit $19
Variable administrative cost per unit $11
Total variable costs =$30
Therefore the markup percentage to variable cost that should be used will be 81%
Explain how to use the decision trees and Monte Carlo analysis for quantifying risk. Give an example of how you would use each technique on an IT project.
Answer:
The answer is below
Explanation:
Decision Tree Analysis is a form or type of quantitative risk assessment tool and techniques that involves a diagram that indicates the significances of choosing one or other alternatives.
In other words, the purpose of the tool is to assist you to select between several courses of action.
For example, lines are drawn towards the right for each possible solution, and then the solution is written along the line. Then evaluation of each alternative can be easily considered.
On the other hand, Monte Carlo Analysis is also a form or type of quantitative risk assessment tools and techniques that utilizes optimistic, most probable, and cynical estimates to infer the total project cost and project completion dates.
For example, an estimate of the probability of completing a project at a cost of $100M can be carried out using Monte Carlo Analysis
x
IP Company has a preliminary cash balance of $25,000 and an agreement with the bank that it will keep a minimum balance of $20,000. IP Company has a beginning loan balance of $12,000.
The ending loan balance is:________.
Answer: $7,000
Explanation:
From the question, we are informed that IP Company has a preliminary cash balance of $25,000 and an agreement with the bank that it will keep a minimum balance of $20,000 and that IP Company has a beginning loan balance of $12,000.
The ending loan balance will be:
= $20,000 + $12,000 - $25,000
= $32,000 - $25,000
= $7,000
Time Again LLC produces and sells a mantel clock for $150.00 per unit. In 2017, 43,000 clocks were produced and 36,000 were sold. Other information for the year includes: Direct materials $43.00 per unit Direct manufacturing labor $8.00 per unit Variable manufacturing costs $4.00 per unit Sales commissions $15.00 per part Fixed manufacturing costs $63.00 per unit Administrative expenses, all fixed $38.50 per unit What is the inventoriable cost per unit using absorption costing?
Answer:
Unitary cost= $118
Explanation:
Giving the following information:
Production= 43,000
Direct materials $43.00 per unit
Direct manufacturing labor $8.00 per unit
Variable manufacturing costs $4.00 per unit
Fixed manufacturing costs $63.00 per unit
The absorption costing method includes all costs related to production, both fixed and variable. The unit product cost is calculated using direct material, direct labor, and total unitary manufacturing overhead.
Unitary cost= 43 + 8 + 4 + 63
Unitary cost= $118
If the region or country where a company is located is experiencing a labor shortage, what should the company's management do
Answer:
In a situation where the company established in a region or country is experiencing a labor shortage, the best action to be taken would be to employ labourers from other regions or countries and moved them towards their location. This approach is adopted mostly by construction and hospitality industries.
Explanation:
A mail-order house uses 18,000 boxes a year. Carrying costs are 60 cents per box a year, and ordering costs are $96. The following price schedule applies.
Determine:
A. The optimal order quantity.
B. The number of orders per year.
of boxes: 1,000-1,999 Price per box: $1.25
of boxes: 2,000- 4,999 Price per box: $1.20
of boxes: 5,000- 9,999 Price per box : $1.15
of boxes: 10,000 or more Price per box : $1.10
Answer:
Explanation:
Given that:
A mail-order house uses 18,000 boxes a year.
Carrying costs are 60 cents per box a year =$0.60
and ordering costs are $96.
Determine:
A. The optimal order quantity.
The optimal order quantity can be calculated by using the formula:
[tex]Q_o = \sqrt{\dfrac{2DS}{H}}[/tex]
[tex]Q_o = \sqrt{\dfrac{2*18000*96}{0.60}}[/tex]
[tex]Q_o = \sqrt{\dfrac{3456000}{0.60}}[/tex]
[tex]Q_o = \sqrt{5760000}[/tex]
[tex]Q_o = 2400 \ boxes[/tex]
B. The number of orders per year.
of boxes: 1,000-1,999 Price per box: $1.25
of boxes: 2,000- 4,999 Price per box: $1.20
of boxes: 5,000- 9,999 Price per box : $1.15
of boxes: 10,000 or more Price per box : $1.10
SInce 2400 boxes lies within ''of boxes: 2,000- 4,999 Price per box: $1.20 ''
Total cost = Carrying cost + ordering cost + Purchasing cost
[tex]Total \ cost =(\dfrac{Q}{2} )H +(\dfrac{D}{Q}) S+PD[/tex]
[tex]Total \ cost =(\dfrac{2400}{2} )0.60 +(\dfrac{18000}{2400}) 96+1.20*18000[/tex]
Total cost = ( 1200) 0.60 + 7.5(96) + 1.20(18000)
Total cost = 720 + 720 + 21600
Total cost = $ 23040
If the order size is 5000, the price per box will be 1.15
[tex]Total \ cost =(\dfrac{Q}{2} )H +(\dfrac{D}{Q}) S+PD[/tex]
[tex]Total \ cost =(\dfrac{5000}{2} )0.60 +(\dfrac{18000}{5000}) 96+1.15*18000[/tex]
Total cost = 2500 (0.60) + 3.6 (96) + 20700
Total cost = 1500 + 345.6 + 20700
Total cost = $22545.6
If the order size is 10000 , the price per box will be 1.10
[tex]Total \ cost =(\dfrac{Q}{2} )H +(\dfrac{D}{Q}) S+PD[/tex]
[tex]Total \ cost =(\dfrac{10000}{2} )0.60 +(\dfrac{18000}{10000}) 96+1.10*18000[/tex]
Total cost = 5000 (0.60) + 1.8(96) + 19800
Total cost = 3000 + 172.8 + 19800
Total cost = $22972.8
From the three total cost, the least minimum cost of ordering is: 5000
So; the number of orders per year = total number of boxes per year/ boxes per order
the number of orders per year = 18000/5000
the number of orders per year = 3.6 orders per year
Discuss three major factors that contribute to an employee's decision to join a union. Discuss the five reasons that have contributed to the trend of decline in unionization g
Answer:
The answer is below
Explanation:
Three major factors that contribute to an employee's decision to join a union.
1. Greater Bargaining Power
As an individual employee, it can be difficult to negotiate for wage increase or better working condition generally. However, being a member Union, together the group can negotiate and demand for what they feel is right for their members. In a rare occasion, the threat of a strike by a Union is a great tool to bargain well with the employer.
2. Minimize Discrimination
As a Union, it is easier to demand for equality in terms of wage, working condition, promotion, leave etc. Unlike individual employee, who may be facing discrimination from his or her supervisor as to employee related issue. Union can ensure the management used the right policies that seek for equality among all its employees without favoritism or discrimination.
3. Sense of Security
An employee may join the Union on the basis that, Union can save them against abrupt dismissal or other types of work insecurities including accident, injury, illness etc.
Also, Union can help secure retirement benefits and ensure the management improve on the employees' welfare generally.
Five reasons that have contributed to the trend of decline in unionization
1. Irrelevance appearance of the Union:
Many workers believe that Union is not necessary because in the time of economic boom, getting wage increase and other working benefits can be gotten be individual employee and not necessarily through a Union, and at the same time, during economic downturn, unions often times don't have the capacity to protect their members from layoffs, wage and benefit reductions and tougher working conditions.
2. Poor Image of the Union:
Many employers and employees tend to view union with negativity, in the sense that, often times, their demands can be unreasonable, and are characterized by issue of labor racketeering, mob influence and embezzlement.
3. Unions are Seen as Political:
For some employees, they believe that Union tend to use their money or Union dues to support a political candidate. This in turn has made some employees who are neutral, not wanting to join the Union.
4. Reliance on goverment:
Many employees now believe that, government, not Union gives better form of security and voice to air their opinions. These includes pensions, healthcare, protection.
5. Global competition and deregulation in Unionized industries:
Since most of the companies or industries that have union has been deregulated, this has increased its competition, there by, making the need for union not really necessary, because with or without Union, one may still faces sack.
Which of the following promises is subject to the "strict performance" standard? Assume that performance of the promise is not an express condition of the promisee's duty to perform. cousrse hero
Answer:
A promise to deliver a deed
Explanation:
The term, 'strict performance' is used to describe a contract between two parties. A contract is an agreement between two parties, and it is legally binding. When discharging contracts involving services, 'substantial performance' is required. For example, if I tell a painter to paint my house blue except for the kitchen and storeroom which should be painted white, and he does accordingly but failed in painting the kitchen white, he has performed substantially even though there was a minor breach. The consequences of which would be borne by him.
'Strict performance' is required in contracts where the terms are stated in express terms and the standards are very high. A 'deed' is such a contract because it is a document specifying the legal rights of a person or the ownership of a property. It requires the signatures of the two parties. Therefore, strict performance and adherence to the contractual deed are required.
Suppose that in 1969, the U.S. economy was operating close to potential. The budget deficit experienced by the United States in 1969 was:
Answer: primarily cyclical deficit
Explanation:
Budget deficit occurs when the government expenditure for a certain year is more than the revenue the government makes.
Since the the United States economy was operating close to potential. The budget deficit experienced by the United States in 1969 was primarily cyclical deficit.
Pam Erickson Construction Company changed from the completed-contract to the percentage-of-completion method of accounting for long-term construction contracts during 2015. For tax purposes, the company employs the completed-contract method and will continue this approach in the future. (Hint: Adjust all tax consequences through the Deferred Tax Liability account.) The appropriate information related to this change is as follows.
Pretax Income from:
Percentage-of-Completion Completed-Contract Difference
2014 $752,200 $586,700 $165,500
2015 683,500 444,700 238,800
(a) Assuming that the tax rate is 30%, what is the amount of net income that would be reported in 2015?
Net income $
(b) What entry(ies) are necessary to adjust the accounting records for the change in accounting principle?
Answer:
a. $478,450
b.Dr Construction in Process $165,500
Cr Deferred tax liability $49,650
Cr Retained earnings $115,850
Explanation:
A. Calculation for the amount of net income that would be reported in 2015 for Pam Erickson Construction Company
Using this formula
Net income =(Income before income tax ) Income before income tax-Tax rate
Let plug in the formula
Net income= $683,500 - (683,500 × 30%)
Net income= $683,500 - $205,050
Net income= $478,450
B. Preparation of the Journal entry(ies) that are necessary to adjust the accounting records
For Pam Erickson Construction Company
Dr Construction in Process $165,500
Cr Deferred tax liability $49,650
($165,500 × 30%)
Cr Retained earnings $115,850
($165,500 × (100%-30%)
The marketing department of Jessi Corporation has submitted the following sales forecast for the upcoming fiscal year (all sales are on account):
1st Quarter 2nd Quarter 3rd Quarter 4th Quarter
Budgeted unit
sales 12,200 13,200 15,200 14,200
The selling price of the company’s product is $21 per unit. Management expects to collect 65% of sales in the quarter in which the sales are made, 30% in the following quarter, and 5% of sales are expected to be uncollectible. The beginning balance of accounts receivable, all of which is expected to be collected in the first quarter, is $72,600.
The company expects to start the first quarter with 2,440 units in finished goods inventory. Management desires an ending finished goods inventory in each quarter equal to 20% of the next quarter’s budgeted sales. The desired ending finished goods inventory for the fourth quarter is 2,640 units.
Required
1-A. Complete the company's sales budget.
1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Year
Budgeted Units Sales
Selling Price Per Unit
Total Sales
1-B. Complete the schedule of expected cash collections.
1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Year
Beginning Accts Receivable
1st Quarter Sales
2nd Quarter Sales
3rd Quarter Sales
4th Quarter Sales
Total Cash Collections
2. Prepare the company’s production budget for the upcoming fiscal year.
1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Year
Budgeted Unit Sales
Total Needs
Required Production in Units
Answer:
1-A. Sales budget
1st 2nd 3rd 4th
Quarter Quarter Quarter Quarter Year
Sales units 12,200 13,200 15,200 14,200 54,800
Price per unit $21 $21 $21 $21 $21
Total sales $256,200 $277,200 $319,200 $298,200 $1,150,800
1-B. Cash collections budget
1st 2nd 3rd 4th
Quarter Quarter Quarter Quarter Year
Collections from $72,600 $76,860 $83,160 $95,760 $72,600
previous quarter
Collections from $166,530 $180,180 $207,480 $193,830 $1,003,900
current quarter
Total $239,130 $257,040 $290,640 $289,690 $1,076,500
2. Productions budget
1st 2nd 3rd 4th
Quarter Quarter Quarter Quarter Year
Sales units 12,200 13,200 15,200 14,200 54,800
Planned ending 2,640 3,040 2,840 2,640 2,640
inventory
Total production 14,840 16,240 18,040 16,840 65,960
required
- Beginning 2,440 2,640 3,040 2,840 2,440
inventory
Units to be 12,400 13,600 15,000 14,000 63,520
produced
Answer:
sells budget
Explanation:
Mountain Ski Corp. was set up to take large risks and is willing to take the greatest risk possible. Lakeway Train Co. is more typical of the average corporation and is risk-averse.
Projects Returns: Expected Value Standard Deviation
A $ 310,000 $ 173,000
B 676,000 413,000
C 163,000 120,000
D 134,000 101,000
a-1. Compute the coefficients of variation. (Round your answers to 3 decimal places.)
a-2. Which of the following four projects should Mountain Ski Corp.
A. Project B
B. Project A
C. Project C
D. Project D
Answer:
B. Project A
Explanation:
Coefficient of variation=standard deviation/expected return value
Project A:
Coefficient of variation=$173,000/$310,000= 0.558
Project B:
Coefficient of variation=$413,000/$676,000= 0.611
Project C:
Coefficient of variation=$120,000/$163,000=0.736
Project D:
Coefficient of variation=$101,000/$134,000=0.754
The Project A has the lowest rate of risk per unit of return, hence, it is the preferred choice of investment
The budget philosophy that ignores budget outcomes and focuses on whatever is necessary to achieve economic goals and stabilize the economy is: g
Answer:
functional finance.
Explanation:
The budget philosophy of functional finance implies that the government should do all that is necessary in order to make the economy operate at full potential. The outcomes of whatever budget preparations are ignored in philosophy of functional finance. What is most paramount is to focus on whatever that would bring growth and stability to the economy.
In the philosophy of functional finance, what is most important about balancing the federal budget is its use to promote an economy so that it can operate at full potential.
Bryce Co. sales are $801,000, variable costs are $465,100, and operating income is $287,000. What is the contribution margin ratio
Answer:
Contribution margin ratio= 0.42
Explanation:
Giving the following information:
Bryce Co. sales are $801,000
Variable costs are $465,100
Operating income is $287,000.
To calculate the contribution margin ratio, we need to use the following formula:
contribution margin ratio= (sales - variable cost) / sales
contribution margin ratio= (801,000 - 465,100) / 801,000
contribution margin ratio= 0.42
A 25-year old single client has just started his own small business and is not covered by a retirement plan. He has $5,000 to invest and currently has a low level of income. He wishes to start saving for retirement. The BEST recommendation is a:
Answer:
Roth IRA
Explanation:
Based on this scenario, it can be said that the best recommendation would be a Roth IRA. This is an individual retirement account that non-deductible tax-free growth for retirement at age 59 1/2. As of 2018, the yearly limit for a Roth IRA account is $5,500 meaning that the client in this scenario would not have any problem investing the entire $5000 as soon as they open the account. And since he is in a low tax bracket he should not have any problem opening an Account.
Suppose you are building a scatter plot in Excel for a large amount of data. After selecting the scatter plot option, how do you enter the data into your scatter plot?
a. By manually typing each data point into the scatter plot
b. By using the Quick Styles button under the Chart menu
c. By using the Select Data button and the Select Data Source option
Answer:
c. By using the Select Data button and the Select Data Source option
Explanation:
A scatter plot is a plot which is used to plot the points of the data on the horizontal and the vertical axis also it depicts how one variable is affected by the another.
After preparing the scatter plot to enter the data in the scatter plot we need to use the data button and then data source option so that the data could be entered in the scatter plot
hence, option c is correct
A gift-wrapping business is staffed by Kaitlyn, Rob, Sam, Susan and Sarah. The production by each of the staff members for an average eight-hour work day is as follows:
Assume that the standard or normal productivity in the organization is 10 minutes per package. What is Kaitlyn's efficiency?
Kaitlyn Rob Sam Susan Sarah
72 packages 55 packages 52 packages 52 packages 48 packages
a. 0.75 (75%)
b. 1.50(150%)
c. 9.0 packages per hour
d. 1.50 packages per hour
e. 9.0 minutes per package
Answer:
b. 1.50(150%)
Explanation:
Given that, the standard time per packages is 10 minutes
Then, the total time taken in eight hour shift is 8 * 60 = 480 minutes
The standard output = Total time taken / Standard time = 480/10 = 48 packages
Therefore, the efficiency of Kaitlyn = Kaitlyn's Output / Standard output
=72 / 48
= 1.5
Hence, the answer is 150% or 1.5
DPMO stands for:______
a) Defects Per Million Opportunity
b) Defectives Per Million Opportunity
c) Data Per Million Opportunity
d) all of the above
e) none of the above
Answer:
a) Defects Per Million Opportunity
Explanation:
DPMO is an acronym which stands for Defects Per Million Opportunity. Defects per Million Opportunities refers to a standard metric which represents the number of defects in a process per one million opportunities.
In order to calculate the DPMO, we divide the number of defects by the number of opportunities and then multiply by a million.
Additionally, when a quality characteristics or properties do not tally with a standard or specifications it is generally referred to as a defect.
Hence, in a six sigma approach to quality or level of performance, the defects per million opportunities (DPMO) is 3.4.
You are an investor who wants to form a portfolio that lies to the right of the "optimal" minimum standard deviation portfolio on the efficient frontier. You must: 0 / 1 puntos Invest only in risky securities. Borrow money at the risk-free rate, invest in the minimum standard deviation portfolio and, in addition, only in risky securities. Borrow money at the risk-free rate and invest everything in the minimum standard deviation portfolio. Invest only in risk-free securities.
Answer:
Correct Answer:
invest in the minimum standard deviation portfolio and, in addition, only in risky securities.
Explanation:
For an investor aiming to invest in a portfolio so that, his minimum standard deviation would lie towards the optimal right, he or she would need to invest in extremely risky securities. And, also, there will be need to maintain minimum standard deviation portfolio.
Journalize the following, assuming a 360-day year is used for interest calculations: Apr. 30 Issued a $108,000, 30-day, 6% note dated April 30 to Misner Co. on account. May 30 Paid Misner Co. the amount owed on the note dated April 30. If an amount box does not require an entry, leave it blank. When required, round your answers to the nearest dollar.
Answer and Explanation:
The journal entries are shown below:
a. Account payable Dr $108,000
To note payable $108,000
(Being the issuance of the note is recorded)
b. Note payable Dr $108,000
Interest expense Dr $540 ($108,000 × 30 days ÷ 360 days × 6%)
To cash $108,540
(being the note payable and the interest expense is recorded)
Given the following information. Which of the statements below can you support with this information?
Maximum capacity (labor hours): 480 hours per week
Effective capacity ratio: 85 %
Actual time worked: 380 hours per week over the last two weeks
On-time delivery %: 75 percent of the jobs are being completed on time
a. More capacity needs to be added in the short term to improve performance in the system.
b. We need to look at variability in the rate at which jobs enter the shop.
c. Our workforce is not working hard enough.
d. Our workforce may be waiting on delayed arrivals of inputs needed to do the work.
Describe the reasons why you selected the specific option(s) that you did.
Answer:
d. Our workforce may be waiting on delayed arrivals of inputs needed to do the work.
Explanation:
There are two possible sources for 25% of the jobs not being delivered on time:
we have a problem with inputs required (materials or labor)we have a problem with the capacity of our facilityIf we followed Juran's Law, we can simply assume that the problem here has to do with our productive system (like 85% of production errors). Two clear problems are obvious:
only 380 hours worked out of total of 480 hours per week ⇒ why didn't anyone work during the remaining 100 hours? Is there a delay with the inputs or we don't have enough workers?only 85% of the facility's capacity is being used ⇒ why only 85% of the effective capacity ratio? If we are finishing jobs late, why do we have 15% of unused capacity?Obviously we cannot answer these questions just be reading two paragraphs, but that is what should be answered in order to solve the issues.
12-8. Dealerships for Subaru and other automobile manufacturers keep records of the mileage of cars they sell and service. Mileage data are used to remind customers of when they need to schedule service appointments, but they are used for other purposes as well. What kinds of decisions does this piece of data support at the local level and at the corporate level
Answer:
The Dealerships for Sabaru and other automobile manufacturers keeps records of the mileage of cars they sell and service due to various reasons. At the local level, it afford them the opportunity to know the car brand with the highest mileage being used by their customers.
Also, the ability to know the brand of car with least requirement for servicing. On the other-hand, at the corporate level, the records afford them the opportunity to know the automobile manufacturers which they will keep on trading with under dealership due to feedback from their customers.
Explanation:
The decisions that this piece of data supports at the local level and at the corporate level include the car that requires the least servicing.
From the complete information, it should be noted that the dealerships for Sabaru and other automobile manufacturers keep records of the mileage of cars they sell and service.
This can be pivotal in order to know the car brand with the highest mileage being used by their customers. Also, it's important to know the brand of car with the least requirement for servicing. At the corporate level, it's vital to know the automobile manufacturers that they'll continue trading with.
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Determine the value-added, non-value-added, and total lead times, and the value-added ratio under the present and proposed production approaches. If required, round percentages to one decimal place. Present Approach Proposed Approach Value-added time 23 min 23 min Non-value-added time 1,582 min 105 min Total lead time 1,605 min 1,605 min Value-added ratio (as a percent) 14 % 21 %
Answer:
Hello some parts of your question is missing attached below is the missing part
Answer : value added times : 30 minutes , 30 minutes
non-value added times: 1210 minutes, 130 minutes
Total lead times : 1240 minutes, 160 minutes
value added time as a ratio: 2.4%, 18.8%
Explanation:
Given data:
production batch sizes = 40 units
process step 1 = 6 minutes
process step 2 = 10 minutes
process step 3 = 6 minutes
process step 4 = 8 minutes
Determining : The value added, non-value added , total lead times and value added ratio under the present and proposed production approaches
UNDER PRESENT PRODUCTION APPROACH
Th value added time:
= summation of all process times = (6+10+6+8) = 30 minutes
Non-value added time:
= Value added time *(Batch size -1) + move time between each step
= 30*39+8*5
= 1170 +40 = 1210 minutes
total lead time :
= value added time + non-value added time
= 30 + 1210 = 1240 minutes
value added time as a percentage/ratio
(value added time / total lead time) * 100
= 30 / 1240 * 100 = 2.4%
UNDER PROPOSED PRODUCTION APPROACH
value added time :
= summation of all process times = (6+10+6+8) = 30 minutes
Non-value added time :
= Value added time *(Batch size -1) + time between each step
= 30*4+2*5 = 120 + 10 = 130 mins
total lead time :
= value added time + non-value added time = 30 +130 = 160 mins
value added time as a percentage/ratio:
(value added time / total lead time ) * 100
= (30 / 160) * 100 = 18.8%
air pollution causes capital to wear out more rapidly, doubling the rate of depreciation. How would this affect economic growth?
Answer:
The economic growth will be lower.
Explanation:
The rise in pollution and the doubling of the rate of depreciation will affect economic growth adversely. However, rapid wear and tear of capital will cost the person and it will reduce the purchasing power. Thus, lower purchasing power will result in lower economic growth. Moreover, pollution creates three main problems that are reduced labor productivity, rise in health problems, and loss of crop yield. So the reduction in all these factors will also slow down economic growth.
Ohno Company specializes in manufacturing a unique model of bicycle helmet. The model is well accepted by consumers, and the company has enough orders to keep the factory production at 10,000 helmets per month (80% of its full capacity). Ohno’s monthly manufacturing cost and other expense data are as follows.
Rent on factory equipment $11,600
Insurance on factory building 2,500
Raw materials (plastics, polystyrene, etc.) 79,700
Utility costs for factory 900
Supplies for general office 300
Wages for assembly line workers 63,700
Depreciation on office equipment 800
Miscellaneous materials (glue, thread, etc.) 1,200
Factory manager’s salary 6,400
Property taxes on factory building 500
Advertising for helmets 14,500
Sales commissions 10,600
Depreciation on factory building 1,600
Required:
Prepare an answer sheet with the following column headings:
Cost Item Direct Materials Direct Labor Manufacturing Overhead Period Costs
Answer:
Cost Item Direct Direct Manufacturing Period
materials labor overhead costs
Rent on factory $11,600
equipment
Insurance on $2,500
factory building
Raw materials $79,700
Utility costs $900
for factory
Supplies for $300
general office
Wages assembly $63,700
line workers
Depreciation on $800
office equipment
Miscellaneous $1,200
materials
Factory manager’s $6,400
salary
Property taxes on $500
factory building
Advertising for $14,500
helmets
Sales commissions $10,600
Depreciation on $1,600
factory building
TOTALS $79,700 $63,700 $24,700 $26,200
There is a 3 percent defect rate at a specific point in a production process. If an inspector is placed at this point, all the defects can be detected and eliminated. The inspector would cost $8 per hour and could inspect units in the process at the current production rate of 30 per hour. If no inspector is hired and defects are allowed to pass this point, there is a cost of $10 per defective unit to correct the defects later on. Assume that the line will operate at the same rate (i.e., the current production rate) regardless of whether the inspector is hired or not. a. If an inspector is hired, what will be the inspection cost per unit? (Round your answer to 3 decimal places.) Cost per unit $ b. If an inspector is not hired, what will be the defective cost per unit? (Round your answer to 3 decimal places.) Cost per unit $ c. Should an inspector be hired based on costs alone? Yes No
Answer:
1a. $2.67 cost per unit
1b. $0.3 cost per unit
1c. Yes
Explanation:
1a. Calculation for what will be the inspection cost per unit If an inspector is hired
The following details were given in the question.
Defective average =3/100= 0.03
inspection rate = 30 per hour
Cost of inspector = 8 per hour
Correction cost = $10 each
Using this formula
Hired inspector =Cost per hour/Current production rate per hour
Let plug in the formula
Hired inspector=8 per hour/30 rate per hour
Hired inspector =0.267×100
Hired inspector=$2.67 cost per unit
1b. Calculation for what will be the defective cost per unit If an inspector is not hired
Using this Formula
No inspector=Defect rate %/Cost per defective
Let plug in the formula
No inspector= 3/100×$10
No inspector= $0.3 cost per unit
1c. Based on the above calculation the inspector should be hired.
What was the ratio of per capita income in each of the following countries to that in the United States in the year 2010:
a. Ethiopia
b. Mexico
c. India
d. Japan
Answer:
For Countries (per capita) United States of America (per capita)
Ethiopia:
$380 $48,468
Mexico:
$9,271 $48,468
India:
$1,358 $48,468
Japan:
$44,508 $48,468
Explanation:
Ratio per Capita also known as Gross Domestic Product per Capita (GDP Capita) is the monetary measure of the market value of all the final goods and services produced in a specific time period within the country in view. It is useful for comparing national economies of different countries on the international market.
