Discounting and Investment Appraisal Flashcards

1
Q

Net Present Value

A

Gives a return in terms of cashflow generated by a project

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2
Q

Internal Rate of Return

A

Provides a % return figure

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3
Q

Returns on Capital Employed

A

Compares company’s capital with it’s earnings

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4
Q

Time Value of Money

A

Money is more valuable now than in the future as the value of money falls over time due to inflation.

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5
Q

Simple Interest

A

Considers how much was earned on the original amount (known as the principal)

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6
Q

Compound Interest

A

Considers how much is earned, taking into consideration each addition of the simple interest to the principle

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7
Q

Simple Interest Formula

A

V = P + (r x P x n)

V= value of investment at the end of the period
P = amount invested
r = rate of interest
n = number of years it's invested for
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8
Q

Compound Interest Formula

A

V = P(1 + r)n

V =value of investment at the end of the period
P = amount invested
r = rate of interest
n = number of years invested for

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9
Q

Annualised Interest Rates

A

Annualised rate = (1 + period rate)X

X = number of periods in the year

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10
Q

Terminal Values

A

Sometimes money is invested more than once into a bank account. We must calculate terminal value, considering the time for which each different deposit has been earning interest.

Basically, calculate the interest earned on each year’s deposit and add them all together

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11
Q

Sinking Fund

A

Investments where a given amount is put in every year, usually used to pay off a debt or replace a specific asset

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12
Q

Discounting

A

Converting all future values of an investment opportunity into their current values so that they can be easily compared.

Calculating how much future returns would be worth now

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13
Q

Calculating Present Value

A

P = F x (1 + r)-n

OR
F
P = ———
(1 + r)n

P = present values
F = future values
r = rate of returns
n = number of years invested for
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14
Q

Net Present Value

A

Calculate’s an organisation’s change in wealth if it undertakes a particular project

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15
Q

Positive & Negative NPV

A

Positive = a increase in total value of the company from doing the project

Negative = a decrease in total value of the company from doing the project

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16
Q

Assumptions Made When Using NPV

A

Cash outflows and inflows that occur during the year are treated as if they occurred at the end of that financial year

If you are specifically told that a cash inflow or outflow occurs at the start of the year, include it as the end of the previous year

17
Q

Benefits and Negatives of NPV

A

Benefits:
Takes into account time value of money
Final result gives increased worth of the co

Negatives:
Discount rate is an estimate, not a guarantee
Cashflow assumptions adds some inaccuracy
The returns might not be as accurately predictable

18
Q

Annuity

A

Financial instrument purchased for an initial sum which then pays out the same amount every year. It will pay out until:

  • The policy owner dies
  • The specified fixed period ends
  • An event related to the policy occurs
19
Q

Cumulative Discount Factor Formula

A

1/r (1 - 1/(1 + r)n)

r = rate of interest
n = number of years invested for
20
Q

Perpetuities

A

Financial instrument purchased for an initial sum which then pays out the same amount every year with no end

21
Q

Discount Rate for a Perpetuity

A

r

r = rate of interest

22
Q

Internal Rate of Return

A

Provides the discount rate at which the NPV of all cashflows from a project is 0

23
Q

IRR Formula

A

NVPa
A + ——————– x (B - A)
NVPa - NVPb

A = NPV at the chosen cost of capital (discount rate)
B = a chosen NPV, higher or lower than A
24
Q

Advantages and Disadvantages of IRR

A

Advantages:
Takes time value of money into account
Gives a % measure, easy to understand
No need to know exact cost of capital

Disadvantages:
% measure, so not suitable for choosing between projects of different sizes
NPV is considered superior as it relates directly to the increase or reduction of business wealth