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The hydrogen ion concentration of a sample of each substance is given. Calculate the pH of the substance. [H+]=2.5•10-4m
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Math11111
You may only use Excel and this Word document on this exam. You will put all of your answers and support in THIS Word file ...
Math11111
You may only use Excel and this Word document on this exam. You will put all of your answers and support in THIS Word file. This means do not use the ...
Module 8 Problem Set
Complete the Module Eight problem set in MyStatLab. See Instructor Tips in MyStatLab for video solutions for select proble ...
Module 8 Problem Set
Complete the Module Eight problem set in MyStatLab. See Instructor Tips in MyStatLab for video solutions for select problems. In the Module Eight problem set, video solutions are available for problem numbers 3, 6, and 7.Click on the MyStatLab link on the left-side navigation to access this resource. You are allowed unlimited attempts to complete this assignment.
Find all rational zeros of each function. h(x) = x4 + 2x3 - 23x2 + 2x - 24 f, assignment help
Find all rational zeros of each function.
h(x) = x4
+ 2x3 - 23x2 + 2x
- 24
f(x) = 5x3
- 29x2 + 55x - 28&n ...
Find all rational zeros of each function. h(x) = x4 + 2x3 - 23x2 + 2x - 24 f, assignment help
Find all rational zeros of each function.
h(x) = x4
+ 2x3 - 23x2 + 2x
- 24
f(x) = 5x3
- 29x2 + 55x - 28
Finance
Question 1
Use Python to answer this question.
(a) Select a stock and obtain the stock prices for a one-year period. Cre ...
Finance
Question 1
Use Python to answer this question.
(a) Select a stock and obtain the stock prices for a one-year period. Create a histogram of
its daily returns.
(10 marks)
(b) Calculate the daily price volatility of the stock and explain its significance.
(10 marks)
(c) Find the chain of call and put options available on this stock using either Eikon or the
internet. Describe what a call option is and explain the information given for each call
option.
(10 marks)
Question 2
Use Excel in your calculations. May purchases a house for $2.5 million and makes a down
payment of 40% of the purchase price. She borrows the rest from the bank on a 25-year loan,
which charges her 1.2% for the first year and 1-year SIBOR + 0.35% thereafter.
The monthly payment of a variable-rate loan is calculated as if it is a fixed-rate loan on the
outstanding loan balance and time remaining on the loan, whenever
FIN201 Tutor-Marked Assignment
SINGAPORE UNIVERSITY OF SOCIAL SCIENCES (SUSS) Page 3 of 4
Question 3
Use Excel in your calculations. The yield on 10 year Singapore Treasury bonds is 3% and the
market return is 5%. You are studying UniSUSS stock which has a beta of 1.2. UniSUSS has
just paid a dividend of 1.20 and expects dividends to grow at a rate of 4% per annum for the
next 5 years, and to slow down to 2% growth per annum thereafter.
(a) Calculate the discount rate you should apply to UniSUSS stock.
(5 marks)
(b) What is the intrinsic value of UniSUSS stock?
(10 marks)
(c) If dividends stop growing after the first 5 years, what is the intrinsic value of
UniSUSS stock?
(5 marks)
Question 4
Answer the following questions using Python.
Trunk Company plans to invest in Project A with the following estimated annual cash flows:
Yr 1 $ 20,000
Yr 2 $ 90,000
Yr 3 $ 180,000
Yr 4 $ 220,000
Yr 5 $ 150,000
The project costs $500,000. The required return for this project is 5% compounded quarterly.
Trunk Company looks at another Project B which might potentially be better than Project A.
Project B has the following cash flows:
Yr 1 $ 150,000
Yr 2 $ 220,000
Yr 3 $ 180,000
Yr 4 $ 90,000
Yr 5 $ 20,000
This project also costs $500,000. The required return for this project is 5% compounded
quarterly, same as Project A.
(a) Compute the IRR of Projects A and B, and propose whether to accept or reject each
project, assuming there are unlimited funds. Explain your decision.
(10 marks)
FIN201 Tutor-Marked Assignment
SINGAPORE UNIVERSITY OF SOCIAL SCIENCES (SUSS) Page 4 of 4
(b) Calculate the NPV of each project. Propose whether to accept or reject each project
based on NPV, and choose one project, assuming the Company has funds only for one
project. Explain your decision.
(10 marks)
(c) Explain why one of the projects is superior although the cash flows are the same
except that they are received in different years. What should the cost of the inferior
project be in order to make you indifferent to either project?
What is the resulting annual discount rate of the inferior project?
(10 marks)
Queuing questions
Case: Massachusetts General Hospital’s Pre-admission Testing Area (PATA)McCarty, Kelsey, Gallien, et al. (2012, January ...
Queuing questions
Case: Massachusetts General Hospital’s Pre-admission Testing Area (PATA)McCarty, Kelsey, Gallien, et al. (2012, January 3). Massachusetts General Hospital's Pre-admission Testing Area (PATA). MIT Sloan School of Management. Case: 11–116. Retrieved from https://mitsloan.mit.edu/LearningEdge/operations-management/PATA/Pages/default.aspxIf the hyperlink above does not work directly (you do not need to
register to MIT site), please copy the link below to your browser to
open the case page directly: https://mitsloan.mit.edu/LearningEdge/operations-management/PATA/Pages/default.aspxThe Pre-Admission Testing Area (PATA) is an outpatient clinic at
Massachusetts General Hospital responsible for conducting preoperative
assessments of surgical patients prior to their procedures. Set in June
2009, this case study describes the conditions of this busy outpatient
clinic prior to a process improvement effort by a collaborative team
of MIT Sloan students and faculty and MGH clinicians and administrative
staff. It also examines the complete PATA experience from both the
patient and provider perspective. The importance of improving PATA is
emphasized through a description of how this relatively small clinic
has a very large downstream effect on the MGH operating rooms and the
entire perioperative care system.You are required to review the entire case study information
available at the reference above and write a paper based on the
suggested case questions below.Construct a process flow diagram of the PATA visit from a
patient's perspective. Calculate the capacity and utilization rate at
each step in the process.Use capacity analysis tools (build-up diagrams or/and queuing) to
decide if and where there is a bottleneck in the clinic. If a
bottleneck does indeed exist, how long do patients wait as a result of
the bottleneck? (As an approximation, assume that all appointment slots
were filled and patients arrived on time.)Evaluate the three Task Force diagnoses - not enough time between
appointments, not enough rooms, not enough physicians. Are these
diagnoses valid? If so, are they primary contributors to long patient
wait times? Why or why not?What factors contribute to variability in PATA process flow and what control, if any, does the clinic have to eliminate it?What changes would you recommend to improve PATA?Use the information provided in the Background readings. Please do any additional research as necessary.Review the information in PATA case study and become familiar with the products and processes.There is no set response to the case questions, so do not hesitate to think outside the box.It is essential to provide a well-written paper with detailed analysis.READ the information provided by the resources and references on the
Background page. Understand the theory and concept of process
management and productivity improvement.NOTE: Cite the references in the Background, as well as additional references you use in your Case paper.The report should be at least 5–6 pagesBackground Reading:Global Text Project (2017), Operations management: Special topic: supply chain management. OpenStax CNX. Retrieved from: https://cnx.org/contents/EEichvM_@5/Operations-management-What-is-Global Text Project (2017), Operations management: The input/output transformation model. OpenStax CNX. Retrieved from https://cnx.org/contents/_yBkSAt4@4/Operations-management-The-inpuMcCarty, Kelsey, Gallien, et al. (2012, January 3). Massachusetts General Hospital's Pre-admission Testing Area (PATA). MIT Sloan School of Management. Case: 11–116. Retrieved from https://mitsloan.mit.edu/LearningEdge/operations-management/PATA/Pages/default.aspx Note - Copy link in your browser for going directly to the reading.Pink, Daniel H.(2001, August 31) Who Has the Next Big Idea? Fast Company Magazine, Retrieved from https://www.fastcompany.com/43595/who-has-next-big-ideaHow the U.S. Dept. of Labor measure productivity. (2017). U.S. Dept. of Labor, Bureau of Labor Statistics. Retrieved from http://www.bls.gov/bls/productivity.htm
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Most Popular Content
9 pages
Math11111
You may only use Excel and this Word document on this exam. You will put all of your answers and support in THIS Word file ...
Math11111
You may only use Excel and this Word document on this exam. You will put all of your answers and support in THIS Word file. This means do not use the ...
Module 8 Problem Set
Complete the Module Eight problem set in MyStatLab. See Instructor Tips in MyStatLab for video solutions for select proble ...
Module 8 Problem Set
Complete the Module Eight problem set in MyStatLab. See Instructor Tips in MyStatLab for video solutions for select problems. In the Module Eight problem set, video solutions are available for problem numbers 3, 6, and 7.Click on the MyStatLab link on the left-side navigation to access this resource. You are allowed unlimited attempts to complete this assignment.
Find all rational zeros of each function. h(x) = x4 + 2x3 - 23x2 + 2x - 24 f, assignment help
Find all rational zeros of each function.
h(x) = x4
+ 2x3 - 23x2 + 2x
- 24
f(x) = 5x3
- 29x2 + 55x - 28&n ...
Find all rational zeros of each function. h(x) = x4 + 2x3 - 23x2 + 2x - 24 f, assignment help
Find all rational zeros of each function.
h(x) = x4
+ 2x3 - 23x2 + 2x
- 24
f(x) = 5x3
- 29x2 + 55x - 28
Finance
Question 1
Use Python to answer this question.
(a) Select a stock and obtain the stock prices for a one-year period. Cre ...
Finance
Question 1
Use Python to answer this question.
(a) Select a stock and obtain the stock prices for a one-year period. Create a histogram of
its daily returns.
(10 marks)
(b) Calculate the daily price volatility of the stock and explain its significance.
(10 marks)
(c) Find the chain of call and put options available on this stock using either Eikon or the
internet. Describe what a call option is and explain the information given for each call
option.
(10 marks)
Question 2
Use Excel in your calculations. May purchases a house for $2.5 million and makes a down
payment of 40% of the purchase price. She borrows the rest from the bank on a 25-year loan,
which charges her 1.2% for the first year and 1-year SIBOR + 0.35% thereafter.
The monthly payment of a variable-rate loan is calculated as if it is a fixed-rate loan on the
outstanding loan balance and time remaining on the loan, whenever
FIN201 Tutor-Marked Assignment
SINGAPORE UNIVERSITY OF SOCIAL SCIENCES (SUSS) Page 3 of 4
Question 3
Use Excel in your calculations. The yield on 10 year Singapore Treasury bonds is 3% and the
market return is 5%. You are studying UniSUSS stock which has a beta of 1.2. UniSUSS has
just paid a dividend of 1.20 and expects dividends to grow at a rate of 4% per annum for the
next 5 years, and to slow down to 2% growth per annum thereafter.
(a) Calculate the discount rate you should apply to UniSUSS stock.
(5 marks)
(b) What is the intrinsic value of UniSUSS stock?
(10 marks)
(c) If dividends stop growing after the first 5 years, what is the intrinsic value of
UniSUSS stock?
(5 marks)
Question 4
Answer the following questions using Python.
Trunk Company plans to invest in Project A with the following estimated annual cash flows:
Yr 1 $ 20,000
Yr 2 $ 90,000
Yr 3 $ 180,000
Yr 4 $ 220,000
Yr 5 $ 150,000
The project costs $500,000. The required return for this project is 5% compounded quarterly.
Trunk Company looks at another Project B which might potentially be better than Project A.
Project B has the following cash flows:
Yr 1 $ 150,000
Yr 2 $ 220,000
Yr 3 $ 180,000
Yr 4 $ 90,000
Yr 5 $ 20,000
This project also costs $500,000. The required return for this project is 5% compounded
quarterly, same as Project A.
(a) Compute the IRR of Projects A and B, and propose whether to accept or reject each
project, assuming there are unlimited funds. Explain your decision.
(10 marks)
FIN201 Tutor-Marked Assignment
SINGAPORE UNIVERSITY OF SOCIAL SCIENCES (SUSS) Page 4 of 4
(b) Calculate the NPV of each project. Propose whether to accept or reject each project
based on NPV, and choose one project, assuming the Company has funds only for one
project. Explain your decision.
(10 marks)
(c) Explain why one of the projects is superior although the cash flows are the same
except that they are received in different years. What should the cost of the inferior
project be in order to make you indifferent to either project?
What is the resulting annual discount rate of the inferior project?
(10 marks)
Queuing questions
Case: Massachusetts General Hospital’s Pre-admission Testing Area (PATA)McCarty, Kelsey, Gallien, et al. (2012, January ...
Queuing questions
Case: Massachusetts General Hospital’s Pre-admission Testing Area (PATA)McCarty, Kelsey, Gallien, et al. (2012, January 3). Massachusetts General Hospital's Pre-admission Testing Area (PATA). MIT Sloan School of Management. Case: 11–116. Retrieved from https://mitsloan.mit.edu/LearningEdge/operations-management/PATA/Pages/default.aspxIf the hyperlink above does not work directly (you do not need to
register to MIT site), please copy the link below to your browser to
open the case page directly: https://mitsloan.mit.edu/LearningEdge/operations-management/PATA/Pages/default.aspxThe Pre-Admission Testing Area (PATA) is an outpatient clinic at
Massachusetts General Hospital responsible for conducting preoperative
assessments of surgical patients prior to their procedures. Set in June
2009, this case study describes the conditions of this busy outpatient
clinic prior to a process improvement effort by a collaborative team
of MIT Sloan students and faculty and MGH clinicians and administrative
staff. It also examines the complete PATA experience from both the
patient and provider perspective. The importance of improving PATA is
emphasized through a description of how this relatively small clinic
has a very large downstream effect on the MGH operating rooms and the
entire perioperative care system.You are required to review the entire case study information
available at the reference above and write a paper based on the
suggested case questions below.Construct a process flow diagram of the PATA visit from a
patient's perspective. Calculate the capacity and utilization rate at
each step in the process.Use capacity analysis tools (build-up diagrams or/and queuing) to
decide if and where there is a bottleneck in the clinic. If a
bottleneck does indeed exist, how long do patients wait as a result of
the bottleneck? (As an approximation, assume that all appointment slots
were filled and patients arrived on time.)Evaluate the three Task Force diagnoses - not enough time between
appointments, not enough rooms, not enough physicians. Are these
diagnoses valid? If so, are they primary contributors to long patient
wait times? Why or why not?What factors contribute to variability in PATA process flow and what control, if any, does the clinic have to eliminate it?What changes would you recommend to improve PATA?Use the information provided in the Background readings. Please do any additional research as necessary.Review the information in PATA case study and become familiar with the products and processes.There is no set response to the case questions, so do not hesitate to think outside the box.It is essential to provide a well-written paper with detailed analysis.READ the information provided by the resources and references on the
Background page. Understand the theory and concept of process
management and productivity improvement.NOTE: Cite the references in the Background, as well as additional references you use in your Case paper.The report should be at least 5–6 pagesBackground Reading:Global Text Project (2017), Operations management: Special topic: supply chain management. OpenStax CNX. Retrieved from: https://cnx.org/contents/EEichvM_@5/Operations-management-What-is-Global Text Project (2017), Operations management: The input/output transformation model. OpenStax CNX. Retrieved from https://cnx.org/contents/_yBkSAt4@4/Operations-management-The-inpuMcCarty, Kelsey, Gallien, et al. (2012, January 3). Massachusetts General Hospital's Pre-admission Testing Area (PATA). MIT Sloan School of Management. Case: 11–116. Retrieved from https://mitsloan.mit.edu/LearningEdge/operations-management/PATA/Pages/default.aspx Note - Copy link in your browser for going directly to the reading.Pink, Daniel H.(2001, August 31) Who Has the Next Big Idea? Fast Company Magazine, Retrieved from https://www.fastcompany.com/43595/who-has-next-big-ideaHow the U.S. Dept. of Labor measure productivity. (2017). U.S. Dept. of Labor, Bureau of Labor Statistics. Retrieved from http://www.bls.gov/bls/productivity.htm
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