arm 54 assignment 13-14 -...
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Associate in Risk Management
ARM 54 – Chapters 13 & 14
Understanding & Applying
Cash Flow Analysis
Presented by:
Lynne Lovell RHU CLU ChFC CIC CRM ARM CPCU AFSB ASLI AINS MLIS CRIS
Understanding Cash Flow Analysis
Chapter 13 Educational Objectives:
1. Explain why net cash flows are important
2. Explain why money has a “time value” & how to determine present value
3. Calculate present values of future single payments or streams of future payments
using present value tables
Understanding Cash Flow Analysis
Chapter 13 Educational Objectives:
4. Explain how to use net present value &
internal rate of return methods to evaluate
capital investment proposals
5. Apply net present value & internal rate of
return methods to rank capital investment proposals
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Understanding Cash Flow Analysis
Chapter 13 Educational Objectives:
6. Calculate internal rate of return for a
capital investment proposal using
interpolation
7. Explain how to calculate differential annual
after tax net cash flows for investment proposal
8. Case study (on your own)
Valid financial criteria for choosing proposals that provide the greatest financial benefit
Cash flow – the money generated by an investment in assets or activities– can be negative or positive–Net cash flow (NCF)
#1 Why Net Cash Flows are Important
Time value of money = ability to invest & generate income over time on a dollar available today–Dollar today is worth more than a dollar to be received in the future•Investing money over time in an asset/activity can generate income
#2 Why Money Has a Time Value
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Present value – value today
of money that will be received in the future
–Calculated by discounting
#2 Why Money Has a Time Value
An inverse relationship exists between the present value of $1
and the:
• time period until the single future payment occurs. As the time
increases, the present value decreases.
• discount rate for any given time period. The higher the
discount rate, the lower the present value.
Present Value of Money
Use to calculate present
value of an investment proposal
–Discount rate or cost of
capital
–Length of time
#3 Calculate Present Values of Payments
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Present payment –Simply the value today of that payment (in the present)
Single future payment –One payment at some future date•Ex: Salvage or resale value
Present value factorPVFa = 1/(1+r)ⁿ
–PVFa single future payment–PVFb stream of future payments
#3 Calculate Present Values of Payments
PVFa indicates amount invested today at a given rate for a given time period to receive $1 as single payment at end of period
PVFa X (1+r)ⁿ = $1
PVFa is amount of money todaythat would grow to $1 at the end of the time period
•Other than $1 at end of period
#3 Calculate Present Values of Payments
Stream of equal future payments
–Annuity - Present value of a
stream of future payments
–Equal to the sum of present
value of each separate payment
•Appendix A
•Appendix B
#3 Calculate Present Values of Payments
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Stream of unequal future payments
–Cannot use Appendix B!
–Use Appendix A and calculate separately then add together
#3 Calculate Present Values of Payments
Using Net Present Value (NPV) and Internal Rate of
Return (IRR) to evaluate capital expenditure proposals
–Exhibit 13-4 – NPV method
–Exhibit 13-5 – IRR method
#4 Using NPV & IRR
Net Present Value (NPV) method
–Use only when minimum acceptable rate of return is predetermined (would most likely get this from CFO)
NPV = PV (sum of future net cash flows) – PV (initial investment)
•If NPV is negative do not accept
•If NPV is positive should be considered
#4 Using NPV & IRR
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Internal Rate of Return (IRR) Method
–Discount rate at which net present value of all net cash flows equals zero
PVF = Initial Investment/Differential Cash Flow
#4 Using NPV & IRR
•Objective is to choose the proposals with the highest NPV or IRR to maximize organization's
value
–If initial investment - same choose highest IRR to maximize value
–If initial investment is different and limitations on available capital (resources) - develop a profitability index - higher profitability indices are preferred
Profitability Index = PV (NCF)/PV (Initial Investment)
#5 Using NPV/IRR to Rank Proposals
Interpolating
–Provides a more exact rate of return
–P 13.20
#6 Internal Rate of Return
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Differential–The difference the investment will make on revenue and expenses•For-profit – income taxes are cash outflows
–Percentage of taxable income
–Non-cash revenue and expenses
»Depreciation allocates cost of long-term assets over multiple accounting periods
•Straight-line depreciation (used in the book and on the exam)
–Exhibit 13-8 – purchase of RMIS
#7 Differential After-tax NCF
Application questions in course guide – apply
methods learned
#8 Evaluate Investment Proposals
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Associate in Risk Management
ARM 54 – Chapter 14
Applying Cash Flow Analysis
Applying Cash Flow Analysis
Chapter 14 Educational Objectives:
1. How recognition of expected losses alters
cash flows
2. Effect various risk control techniques have
on net cash flows
3. Calculate NPV & IRR on capital investment
when using various risk control techniques
Applying Cash Flow Analysis
Chapter 14 Educational Objectives:
4. Effect various risk financing techniques
have on net cash flows
5. Calculate NPV & IRR on capital investment
proposal using various risk financing
techniques
6. Effect combination of RM techniques has
on net cash flows
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Applying Cash Flow Analysis
Educational Objectives:
7. Calculate NPV & IRR on capital investment
proposal using combination of RM
techniques
8. Consider uncertainty in cash flow analysis
9. Select RM technique offering highest NPV
& IRR for given investment proposal
Differential Annual After-Tax Net Cash Flow
#1 Expected Losses Alter Cash Flows
• Incorporate all costs and benefits including RM techniques implemented– Add one-time costs should be added to initial
investment
– On-going RM costs should be deducted from projected annual NCFs
– Expected losses – when recognized NPV & IRR will change – Exh 14-2
– Compare Exh 14-1 to Exh 14-3
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#2 Effect of RC Techniques on CF
• Consider effect of
– Avoidance – all benefits of activity are foregone
– Prevention or reduction of losses
– Separation of loss exposures
#3 NPV & IRR Using RC Techniques
• Adjustments to
– Present Value of the initial investment
– Differential cash expenses
• Expected losses
• Maintenance
• Depreciation
#4 Effect of RF Techniques on NCF
• Captive Insurer– Established insurance subsidiary
–May or may not be retention depending upon tax & regulatory issues• If legally considered to be retention (no risk transfer
taken place) premiums paid are not tax-deductible & cash flows similar for loss retention with a funded retention
• If considered insurance premiums then tax deductible
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#4 Effect of RF Techniques on NCF
• Risk Financing techniques - Loss transfer
through unrelated insurer
– Insurance most common
– Hold-harmless agreement
– Hedging for business risks
#4 Effect of RF Techniques on NCF
• RF Techniques Cont’d
– Loss retention with current funding
– Loss retention with unfunded reserve
• Same as current funding except possible extra administrative costs
– Loss retention with prefunded reserve
– Loss retention with post-funding (borrowing)
#5 Calculate NPV & IRR Using Various RF
• Adjustments to proposal
– Adjust PV of initial investment
– Adjust differential cash revenues
– Adjust differential cash expenses
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#6 Combination of RM Techniques
• Apply several RM techniques to each
significant loss exposure
– Reduces COR more than using any single RM technique
• Separation & a funded reserve to pay losses
– Increase initial investment
– Not change in cash outflows
– Creates earnings on fund held in reserve
– Benefits must outweigh higher initial investment
#7 NPV & IRR Using RM Techniques
• Adjustments
– PV of the initial investment
– Differential cash revenues
– Differential cash expenses
#8 Uncertainty in Cash Flow Analysis
• Corporation with common stock– If no greater risk use normal cost of capital
– Can increase required rate of return
• Identify and quantify possible effect of large losses– Can reduce risk through insurance, hedging,
other RM techniques reducing expected losses
– Quantify effects & incorporate costs into NPV & IRR calculations but hard to measure
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#8 Uncertainty in Cash Flow Analysis
• When difficult to measure assign “price tag”
– Cost of uncertainty
• Provides straightforward & understandable method reflecting uncertainty
– Treat like any other cost/cash outflow
• Greater risk of large loss, greater cost assigned
• More insurance purchased, lower cost assigned
• Deduct from after-tax cash inflow or add to after-tax net cash outflow
• Calculate NPV & IRR based on adjustment
#9 RM Technique w/Highest NPV - IRR
• To maximize organization's value use NPV &
IRR to select RM Techniques
– RM techniques promising highest positive NPV and IRR above minimum rate of return
– Consider all relevant possibilities
• Evaluate each proposal coupled with RM technique
Quiz Questions
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Sample Test Questions – Chapter 13
3. Maria has a table listing the present value factors for $1
received at the end of each year for four years shown below. She needs to calculate the present value of a stream of four
equal payments of $5,000 to be received at the end of each of
the next four years. The discount rate is 8 percent. What is the present value of this stream of payments?
a. $4,630
b. $16,560
c. $42,990
d. $66,240
Sample Test Questions – Chapter 13
4. A proposed project requires an initial investment of $60,000. The project will have a useful life of four years with no salvage value and will generate a
differential annual after-tax cash flow of $20,000. The minimum acceptable rate of return is 10 percent. Which one of the following correctly evaluates the
proposal using the net present value method?
a. The NPV is $41,480 so the proposal would reduce the organization’s value.
b. The NPV is $110,200 so it should be undertaken.
c. The NPV is $3,400 so it is acceptable by the NPV method.
d. The NPV is $63,400, which is more than the initial investment so the project should be rejected.
Sample Test Questions – Chapter 13
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5. A proposed project requires an initial investment of
$15,000. It has a useful life of two years and will generate $8,500 differential annual after-tax cash flow.
What is the interpolated rate of return for the
proposal?
a. 1.77%
b. 8.02%
c. 8.77%
d. 10.38%
Sample Test Questions – Chapter 13
Sample Test Questions – Chapter 14
1. When calculating net cash flow, differential annual expenses resulting from expected losses are:
a. Added to differential depreciation.
b. Deducted from differential cash revenues.
c. Deducted from taxable income.
d. Divided into the initial investment amount to determine the present value factor.
Sample Test Questions – Chapter 14
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2. The Barnes Company has signed a hold-harmless agreement
for property loss exposures. Barnes is reimbursed for a portion of each fire loss to its properties. Annual
reimbursements for property losses are projected at $2,000
and additional administrative costs for the agreement are $250. In calculating cash flows related to this hold-harmless
agreement,
a. The $250 administrative cost are not considered in cash
flow and analysis.
b. The $250 administrative cost are treated as a source of incremental revenues.
c. The $2,000 projected reimbursements are treated as an expense and deducted from differential cash revenues.
d. The $2,000 projected reimbursements are treated as a
source of incremental revenues.
Sample Test Questions – Chapter 14
3. Pinewood Manufacturing’s management team is evaluating a proposal to build an addition to the plant. The NPV and IIR of the
proposal are less than they had anticipated. However, the company’s risk manager explains the installation of a sprinkler system in the
building can make the proposal more attractive. All of the following correctly describe the effect the sprinkler system on the proposal’s
net cash flow, EXCEPT:
a. The sprinkler would reduce the expected value of fire losses.
b. The maintenance expenses for the sprinkler system would be
added to the cost of the proposal’s initial investment.
c. The system’s initial cost would be added to the cost of the
proposal’s initial investment.
d. The depreciation expenses for the sprinkler system are considered in calculating after-tax net cash flows each year.
Sample Test Questions – Chapter 14
Sandy’s Missed Quiz Question Ch. 13
Heywood Company is considering two loss control investments.
Project #1 is a sprinkler system. This project has an internal rate of
return of 7.5 percent. All net cash flows after the initial investment are positive. Project #2 is camera monitoring system. This project
has an internal rate of return of 14 percent. All net cash flows after
the initial investment are positive. Heywood uses a 10 percent
interest rate to evaluate capital budgeting projects of this degree of
risk. Which of the following statements concerning the net present
value (NPV) of these projects is true? A. The NPV of Project #1 is positive and the NPV of Project
#2 is negative.
B. The NPV of Project #1 is negative and the NPV of
Project #2 is positive.
C. Both projects have a positive NPV.
D. Both projects have a negative NPV.