Material No. 11 - Capital Budgeting and Investment Decisions
Material No. 11 - Capital Budgeting and Investment Decisions
Material No. 11 - Capital Budgeting and Investment Decisions
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Topic: Capital Budgeting and Investment Decisions
References:
https://www.tutorialspoint.com/managerial_economics/investment_under_certainty.htm
https://www.geeksfor geeks.org>investment/decisions
https://www.wallstreetmojo.com>investment/decisions
https://www.extension.iastate.edu/agdm/wholefarm/html/c5-240.html
INVESTMENT DECISIONS
Investment decisions refers to selecting and acquiring the long-term and short-term
assets in which funds will be invested by the business firm. Investment decision refers
to decisions that involve the investment of various resources of the firm to gain the
highest possible return on investment for their investors.
Investment decision refers to financial resource allocation. Investors opt for the most
suitable assets or investment opportunities based on risk profiles, investment
objectives, and return expectations.
Short-term investment decisions are related with the bills receivables, inventories,
levels of cash and debtors, etc. These decisions are also known as working capital
decisions.
Investment decisions revolve around how to best allocate capital to maximize their
value. Financing decisions revolve around how to pay for investments and expenses.
Companies can use existing capital, borrow, or sell equity.
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Investment Decision Process
1. Analyze financial position. For financial management, one has to understand the
company or individual’s current financial condition.
3. Asset allocation. Based on the objective, investors must allocate assets into
classes such as:
d. Real estate or other tangible assets – are considered an asset class that
offers protection against inflation. The tangible nature of such assets also
leads to them being considered as more “real” assets. In that respect,
they differ from assets that exists only in the form of financial
instruments, such as derivatives (a type of financial instruments whose
value is dependent on an underlying asset, group of assets, or
benchmark – like future contracts, options contracts, swaps, and forward
contracts).
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f. Commodities – are basic goods such as wheat, gold, oil, cattle, etc.
Commodities can help diversify an investment portfolio but might not
suitable for investors. It’s important to understand the products and
markets before investing.
5. Monitor and due diligence. Portfolio managers keep an eye on the performance
of each investment and monitor the returns. In case of poor performance, they
must take prompt action.
An investment is a planned decision, and some of the factors that are responsible for
these decisions are as follows:
4. Risk involved. An investment may possess high, medium, or low risk, and the
risk appetite of every investor and company is different. Therefore, every
investment requires risk analysis. Risk analysis is the procedure of analyzing
and recognizing any kind of risk that could adversely affect primary business
objective or any critical projects that are about to take place in an organization
in regards to avoiding or to take necessary initiatives to reduce such risks in the
organization.
5. Maturity period or investment tenure. Investment pay off when funds are
blocked for certain period. Thus, investor decisions are influenced by the
maturity period and payback period.
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7. Safety. An asset or security offered by a company that adheres to regulatory
frameworks and has a transparent financial disclosure is considered safe.
Government-backed assets are considered the most secured.
9. Liquidity. Investors are often worried about their emergency funds – the
provision to withdraw money before maturity. Hence, investors look at the
degree of liquidity offered by a particular asset or security; they specifically
consider withdrawal restrictions and penalties.
CAPITAL BUDGETING
Capital investments are long-term investments in which the assets involved have
useful lives of multiple years. For example, constructing a new production facility and
investing in machinery and equipment are capital investments.
Capital budgeting also explains the decisions in which all the incomes and
expenditures are covered. These decisions involve all inflows and outflows of funds of
an undertaking for a particular period of time.
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Often, it would be good to know what the present value of the future investment is, or
how long it will take to mature (give returns). It could be much more profitable putting
the planned investment money in the bank and earning interest, or investing in an
alternative project.
Unlike some other types of investment analysis, capital budgeting focuses on cash
flows rather than profits. Capital budgeting involves identifying the cash in flows and
cash out flows rather than accounting revenues and expenses flowing from the
investment.
For example, non-expense items like debt principal payments are included in capital
budgeting because they are cash flow transactions. Conversely, non-cash expenses
like depreciation are not included in capital budgeting (except to the extent they impact
tax calculations for "after tax" cash flows) because they are not cash transactions.
Instead, the cash flow expenditures associated with the actual purchase and/or
financing of a capital asset are included in the analysis.
Over the long run, capital budgeting and conventional profit-and-loss analysis will lend
to similar net values. However, capital budgeting methods include adjustments for the
time value of money. Capital investments create cash flows that are often spread over
several years into the future. To accurately assess the value of a capital investment,
the timing of the future cash flows are taken into account and converted to the current
time period (present value).
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project execution
g. a set of decision rules which can differentiate acceptable from unacceptable
alternatives is required.
Step 2: Identify potential investment proposals for meeting the long-term goals
identified in Step 1.
Step 3: Estimate and analyze the relevant cash flows of the investment proposal
identified in Step 2.
Step 5: Choose the projects to implement from among the investment proposals
outlined in Step 4.
Step 7: Monitor the projects implemented in Step 6 as to how they meet the capital
budgeting projections and make adjustments where needed.
There are several capital budgeting analysis methods that can be used to determine
the economic feasibility of a capital investment. They include the Payback Period,
Discounted Payment Period, Net Present Value, Profitability Index, Internal Rate of
Return, and Modified Internal Rate of Return.
The Payback Period analysis provides insight into the liquidity of the investment
(length of time until the investment funds are recovered). However, the analysis
does not include cash flow payments beyond the payback period.
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In the example above, the investment generates cash flows for an additional
four years beyond the six years payback period. The value of these four cash
flows is not included in the analysis. Suppose the investment generates cash
flow payments for 15 years rather than 10. The return from the investment is
much greater because there are five more years of cash flows. However, the
analysis does not take this into account and the payback period is still six years.
2. Discounted Payback Period. The Payback Period analysis does not take into
account the time value of money. To correct for this deficiency, the Discounted
Payback Period method was created.
As shown in Figure 1, this method discounts the future cash flows back to their
present value so the investment and the stream of cash flows can be compared
at the same time period. Each of the cash flows is discounted over the number
of years from the time of the cash flow payment to the time of the original
investment. For example, the first cash flow is discounted over one year and the
fifth cash flow is discounted over five years.
3. Net Present Value. The Net Present Value (NPV) method involves discounting a
stream of future cash flows back to present value. The cash flows can be either
positive (cash received) or negative (cash paid). The present value of the initial
investment is its full-face value because the investment is made at the
beginning of the time period. The ending cash flow includes any monetary sale
value or remaining value of the capital asset at the end of the analysis period, if
any. The cash inflows and outflows over the life of the investment are then
discounted back to their present values.
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The Net Present Value is the amount by which the present value of the cash
inflows exceeds the present value of the cash outflows. Conversely, if the
present value of the cash outflows exceeds the present value of the cash
inflows, the Net Present Value is negative. From a different perspective, a
positive (negative) Net Present Value means that the rate of return on the
capital investment is greater (less) than the discount rate used in the analysis.
The discount rate is an integral part of the analysis. The discount rate can
represent several different approaches for the company.
For example, it may represent the cost of capital such as the cost of borrowing
money to finance the capital expenditure or the cost of using the company’s
internal funds. It may represent the rate of return needed to attract outside
investment for the capital project. Or it may represent the rate of return the
company can receive from an alternative investment. The discount rate may
also reflect the Threshold Rate of Return (TRR) required by the company before
it will move forward with a capital investment. The Threshold Rate of Return
may represent an acceptable rate of return above the cost of capital to entice
the company to make the investment. It may reflect the risk level of the capital
investment. Or it may reflect other factors important to the company. Choosing
the proper discount rate is important for an accurate Net Present Value
analysis.
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5. Internal Rate of Return. Another method of analyzing capital investments is the
Internal Rate of Return (IRR). The Internal Rate of Return is the rate of return
from the capital investment. In other words, the Internal Rate of Return is the
discount rate that makes the Net Present Value equal to zero. As with the Net
Present Value analysis, the Internal Rate of Return can be compared to a
Threshold Rate of Return to determine if the investment should move forward.
6. Modified Internal Rate of Return. Another problem with the Internal Rate of
Return method is that it assumes that cash flows during the analysis period will
be reinvested at the Internal Rate of Return. If the Internal Rate of Return is
substantially different than the rate at which the cash flows can be reinvested,
the results will be skewed.
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However, to accurately discount a future cash flow, it must be analyzed over
the entire five year time period. So, as shown in Figure 3, the cash flow
received in year three must be compounded for two years to a future value for
the fifth year and then discounted over the entire five-year period back to the
present time. If the interest rate stays the same over the compounding and
discounting years, the compounding from year three to year five is offset by the
discounting from year five to year three. So, only the discounting from year
three to the present time is relevant for the analysis (Figure 2).
For the Discounted Payback Period and the Net Present Value analysis, the
discount rate (the rate at which debt can be repaid or the potential rate of
return received from an alternative investment) is used for both the
compounding and discounting analysis. So only the discounting from the time
of the cash flow to the present time is relevant.
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Comparison of Methods
For a comparison of the six capital budgeting methods, two capital investments
projects are presented in Table 8 for analysis. The first is a ₱300,000 investment that
returns ₱100,000 per year for five years. The other is a ₱2 million investment that
returns ₱600,000 per year for five years.
Both projects have Payback Periods well within the five year time period. Project A has
the shortest Payback Period of three years and Project B is only slightly longer. When
the cash flows are discounted (10%) to compute a Discounted Payback Period, the time
period needed to repay the investment is longer. Project B now has a repayment
period over four years in length and comes close to consuming the entire cash flows
from the five year time period.
The Net Present Value of Project B is ₱275,000 compared to only ₱79,000 for Project A.
If only one investment project will be chosen and funds are unlimited, Project B is the
preferred investment because it will increase the value of the company by ₱275,000.
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However, Project A provides more return per dollar of investment as shown with the
Profitability Index (₱1.26 for Project A versus ₱1.14 for Project B). So, if funds are
limited, Project A will be chosen.
Both projects have a high Internal Rate of Return (Project A has the highest). If only
one capital project is accepted, it’s Project A. Alternatively, the company may accept
projects based on a Threshold Rate of Return. This may involve accepting both or
neither of the projects depending on the size of the Threshold Rate of Return.
When the Modified Internal Rates of Return are computed, both rates of return are
lower than their corresponding Internal Rates of Return. However, the rates are above
the Reinvestment Rate of Return of 10%. As with the Internal Rate of Return, the
Project with the higher Modified Internal Rate of Return will be selected if only one
project is accepted. Or the modified rates may be compared to the company’s
Threshold Rate of Return to determine which projects will be accepted.
Conclusion
Each of the capital budgeting methods outlined has advantages and disadvantages. The
Payback Period is simple and shows the liquidity of the investment. But it doesn’t
account for the time value of money or the value of cash flows received after the
payback period. The Discounted Payback Period incorporates the time value of money
but still doesn’t account for cash flows received after the payback period. The Net
Present Value analysis provides a dollar denominated present value return from the
investment.
However, it has little value for comparing investments of different size. The
Profitability Index is a variation on the Net Present Value analysis that shows the cash
return per dollar invested, which is valuable for comparing projects. However, many
analysts prefer to see a percentage return on an investment. For this the Internal Rate
of Return can be computed. But the company may not be able to reinvest the internal
cash flows at the Internal Rate of Return. Therefore, the Modified Internal Rate of
Return analysis may be used.
Which capital budgeting method should you use? Each one has unique advantages and
disadvantages, and companies often use all of them. Each one provides a different
perspective on the capital investment decision.
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