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If you need help submitting assignments, please click here for more information. There are three (3) types of textbook ba ...
complete homework scenario
If you need help submitting assignments, please click here for more information. There are three (3) types of textbook based homework items located at the end of each chapter. These include Review Questions (RQ), Exercises (E), and Problems (P). Some homework items have been custom created. Complete the following homework scenario: Required: Compare the results of the three (3) methods by quality of information for decision making. Using what you have learned about the three (3) methods, identify the best project by the criteria of long term increase in value. (You do not need to do further research.) Convey your understanding of the Time Value of Money principles used or not used in the three (3) methods. Review the video titled "NPV, IRR, MIRR for Mac and PC Excel" (located at and previously listed in Week 4) to help you understand the foundational concepts: Scenario Information: Assume that two gas stations are for sale with the following cash flows: CF1 is the Cash Flow in the first year, and CF2 is the Cash Flow in the second year. This is the timeline and data used in calculating the Payback Period, Net Present Value, and Internal Rate of Return. The calculations are done for you. Your task is to select the best project and explain your decision. The methods are presented and the decision each indicates is given below. Investment Sales Price CF1 CF2 Gas Station A $50,000 $0 $100,000 Gas Station B $50,000 $50,000 $25,000 Three (3) Capital Budgeting Methods are presented:1. 1.Payback Period: Gas Station A is paid back in 2 years: CF1 in year 1, and CF2 in year 2. Gas Station B is paid back in one (1) year. According to the payback period, when given the choice between two mutually exclusive projects, the investment paid back in the shortest time is selected.2.Net Present Value: Consider the gas station example above under the NPV method, and a discount rate of 10%: oNPV gas station A = $100,000/(1+.10)2 - $50,000 = $32,644oNPV gas station B = $50,000/(1+.10) + $25,000/(1+.10)2 - $50,000 = $16,1153.Internal Rate of Return: Assuming 10% is the cost of funds. The IRR for Station A is 41.421%.; for Station B, 36.602.Summary of the Three (3) Methods:oGas Station B should be selected, as the investment is returned in 1 period rather than 2 periods required for Gas Station A.oUnder the NPV criteria, however, the decision favors gas station A, as it has the higher net present value. NPV is a measure of the value of the investment.oThe IRR method favors Gas Station A, as it has a higher return, exceeding the cost of funds (10%) by the highest return.
Stanford University Probability Distributions Calculations
Imagine if you were offered a job in a different state and a major consideration for you is rent prices (assuming you plan ...
Stanford University Probability Distributions Calculations
Imagine if you were offered a job in a different state and a major consideration for you is rent prices (assuming you planned to rent instead of buy). Your main concerns are the affordability in relation to your income and the location/condition of the property. Perhaps you would look for the cheapest rent possible within a quiet, residential community. Or, you might be willing to spend at little more than average to live in the heart of downtown. As you research the city, you learn that the mean for rents of your preferred home size are $1,300 a month. Many people might base their decision on this number alone, but you—equipped with the knowledge of standard deviation—know there is more to that number.If the most you could afford is $1,100 a month in rent, then a standard deviation of $250 might be good news because the amount you can afford is still within 1 deviation of the mean. With a standard deviation of $75, however, you might be unwilling to make the sacrifices necessary to rent a place that you could afford. Additionally, if you were willing to spend a little more than average to live in a nice place or area, then you could easily find an amazing place with a standard deviation of $100 but might not be able to afford the upgrade with a standard deviation of $300.In this Discussion, you will use the data that you gathered in the Week 1 Discussion to calculate a standard deviation and explain how this concept can affect decision making.To prepare for this Discussion:Review this week’s Learning Resources.Locate the data that you gathered for the Week 1 Discussion.Calculate the sample standard deviation from your cigarette price data in Week 1. Use that (and your sample average and sample size) to calculate the following (assuming a normal distribution):Within what range would you find 90% of cigarette prices in your area?What are the chances that someone in your area would pay 4 dollars or less per pack?What are the chances that someone in your area would pay 10 dollars or less per pack?Review the Academic Writing Expectations for 2000/3000-Level Courses, provided in this week’s Learning Resources.BY DAY 3Post a 150- to 225-word (2- to 3-paragraph) explanation of how probability distributions affect management decisions. In your explanation, address the following:Provide your results of the following:Your calculations for your standard deviationThe range within which 90% of the prices of cigarettes in your area fallsThe chances of anyone paying less than 4 dollars for a pack of cigarettesThe chances of anyone paying more than 10 dollars for a pack of cigarettesDescribe what implications this concept has for management decision making.Explain how you might use information like this in your current work.To support your response, be sure to reference at least one properly cited scholarly source.
Spicy Wings Case, statistics homework help
Purpose of Assignment The purpose of this assignment is to develop students' abilities to combine the knowledge of descrip ...
Spicy Wings Case, statistics homework help
Purpose of Assignment The purpose of this assignment is to develop students' abilities to combine the knowledge of descriptive statistics covered in Weeks 1 and 2 and one-sample hypothesis testing to make managerial decisions. In this assignment, students will develop the ability to use statistical analysis and verify whether or not a claim is valid before advertising it. Assignment Steps Resources: Microsoft Excel®, Spicy Wings Case Study, Spicy Wings Data Set Develop a 700-word statistical analysis. Use descriptive statistics to compute a measure of performance John can use to analyze his delivery performance. Find the following for your measures:MeanStandard deviationSample sizeFive-number summary on the total time Conduct a formal hypothesis testing to help John decide whether to offer the delivery guarantee or not. Estimate the probability of an order taking longer than 30 minutes. Make a recommendation in a short narrative including the following:Based on the sampled data, should John offer the guarantee?What percent of the Saturday deliveries would result in a customer receiving a free order?What recommendations might help John improve his Saturday delivery times?Format your assignment consistent with APA format.
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complete homework scenario
If you need help submitting assignments, please click here for more information. There are three (3) types of textbook ba ...
complete homework scenario
If you need help submitting assignments, please click here for more information. There are three (3) types of textbook based homework items located at the end of each chapter. These include Review Questions (RQ), Exercises (E), and Problems (P). Some homework items have been custom created. Complete the following homework scenario: Required: Compare the results of the three (3) methods by quality of information for decision making. Using what you have learned about the three (3) methods, identify the best project by the criteria of long term increase in value. (You do not need to do further research.) Convey your understanding of the Time Value of Money principles used or not used in the three (3) methods. Review the video titled "NPV, IRR, MIRR for Mac and PC Excel" (located at and previously listed in Week 4) to help you understand the foundational concepts: Scenario Information: Assume that two gas stations are for sale with the following cash flows: CF1 is the Cash Flow in the first year, and CF2 is the Cash Flow in the second year. This is the timeline and data used in calculating the Payback Period, Net Present Value, and Internal Rate of Return. The calculations are done for you. Your task is to select the best project and explain your decision. The methods are presented and the decision each indicates is given below. Investment Sales Price CF1 CF2 Gas Station A $50,000 $0 $100,000 Gas Station B $50,000 $50,000 $25,000 Three (3) Capital Budgeting Methods are presented:1. 1.Payback Period: Gas Station A is paid back in 2 years: CF1 in year 1, and CF2 in year 2. Gas Station B is paid back in one (1) year. According to the payback period, when given the choice between two mutually exclusive projects, the investment paid back in the shortest time is selected.2.Net Present Value: Consider the gas station example above under the NPV method, and a discount rate of 10%: oNPV gas station A = $100,000/(1+.10)2 - $50,000 = $32,644oNPV gas station B = $50,000/(1+.10) + $25,000/(1+.10)2 - $50,000 = $16,1153.Internal Rate of Return: Assuming 10% is the cost of funds. The IRR for Station A is 41.421%.; for Station B, 36.602.Summary of the Three (3) Methods:oGas Station B should be selected, as the investment is returned in 1 period rather than 2 periods required for Gas Station A.oUnder the NPV criteria, however, the decision favors gas station A, as it has the higher net present value. NPV is a measure of the value of the investment.oThe IRR method favors Gas Station A, as it has a higher return, exceeding the cost of funds (10%) by the highest return.
Stanford University Probability Distributions Calculations
Imagine if you were offered a job in a different state and a major consideration for you is rent prices (assuming you plan ...
Stanford University Probability Distributions Calculations
Imagine if you were offered a job in a different state and a major consideration for you is rent prices (assuming you planned to rent instead of buy). Your main concerns are the affordability in relation to your income and the location/condition of the property. Perhaps you would look for the cheapest rent possible within a quiet, residential community. Or, you might be willing to spend at little more than average to live in the heart of downtown. As you research the city, you learn that the mean for rents of your preferred home size are $1,300 a month. Many people might base their decision on this number alone, but you—equipped with the knowledge of standard deviation—know there is more to that number.If the most you could afford is $1,100 a month in rent, then a standard deviation of $250 might be good news because the amount you can afford is still within 1 deviation of the mean. With a standard deviation of $75, however, you might be unwilling to make the sacrifices necessary to rent a place that you could afford. Additionally, if you were willing to spend a little more than average to live in a nice place or area, then you could easily find an amazing place with a standard deviation of $100 but might not be able to afford the upgrade with a standard deviation of $300.In this Discussion, you will use the data that you gathered in the Week 1 Discussion to calculate a standard deviation and explain how this concept can affect decision making.To prepare for this Discussion:Review this week’s Learning Resources.Locate the data that you gathered for the Week 1 Discussion.Calculate the sample standard deviation from your cigarette price data in Week 1. Use that (and your sample average and sample size) to calculate the following (assuming a normal distribution):Within what range would you find 90% of cigarette prices in your area?What are the chances that someone in your area would pay 4 dollars or less per pack?What are the chances that someone in your area would pay 10 dollars or less per pack?Review the Academic Writing Expectations for 2000/3000-Level Courses, provided in this week’s Learning Resources.BY DAY 3Post a 150- to 225-word (2- to 3-paragraph) explanation of how probability distributions affect management decisions. In your explanation, address the following:Provide your results of the following:Your calculations for your standard deviationThe range within which 90% of the prices of cigarettes in your area fallsThe chances of anyone paying less than 4 dollars for a pack of cigarettesThe chances of anyone paying more than 10 dollars for a pack of cigarettesDescribe what implications this concept has for management decision making.Explain how you might use information like this in your current work.To support your response, be sure to reference at least one properly cited scholarly source.
Spicy Wings Case, statistics homework help
Purpose of Assignment The purpose of this assignment is to develop students' abilities to combine the knowledge of descrip ...
Spicy Wings Case, statistics homework help
Purpose of Assignment The purpose of this assignment is to develop students' abilities to combine the knowledge of descriptive statistics covered in Weeks 1 and 2 and one-sample hypothesis testing to make managerial decisions. In this assignment, students will develop the ability to use statistical analysis and verify whether or not a claim is valid before advertising it. Assignment Steps Resources: Microsoft Excel®, Spicy Wings Case Study, Spicy Wings Data Set Develop a 700-word statistical analysis. Use descriptive statistics to compute a measure of performance John can use to analyze his delivery performance. Find the following for your measures:MeanStandard deviationSample sizeFive-number summary on the total time Conduct a formal hypothesis testing to help John decide whether to offer the delivery guarantee or not. Estimate the probability of an order taking longer than 30 minutes. Make a recommendation in a short narrative including the following:Based on the sampled data, should John offer the guarantee?What percent of the Saturday deliveries would result in a customer receiving a free order?What recommendations might help John improve his Saturday delivery times?Format your assignment consistent with APA format.
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