Unit 4 - Intro to Finance Management and Investment Rules Flashcards

1
Q

Successful companies need this to survive in the long run

A

Take good care of customers

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2
Q

2 types of decisions made by Upper Level Management in Corporations

A

Investment Decisions, Financing Decisions

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3
Q

Capital Structure Risk Management concerned with

A

Debt/Equity

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4
Q

Good Investment Decisions…

A

increase good Cash Flows

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5
Q

Good Financing Decisions… (2)

A

Reduce cost of Capital, to create shareholder value

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6
Q

Ultimate goal of Upper Level Management Decisions

A

Create shareholder value

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7
Q

Shareholders are… (1)

A

the owners of the corporation

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8
Q

The primary financial goal of any public corporation is…

A

to create economic value for its shareholders

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9
Q

Shareholders are… (2)

A

residual claimants

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10
Q

Shareholders receive money only after:

A

1) Suppliers have been paid
2) Wages to workers have been paid
3) Interest to bondholders have been paid
4) Taxes have been paid.

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11
Q

Shareholders receive money only after:

A

1) Suppliers have been paid
2) Wages to workers have been paid
3) Interest to bondholders have been paid
4) Taxes have been paid

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12
Q

If shareholders are happy…

A

so are the other stakeholders

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13
Q

Capital Budgeting

A

Process of determining which assets to invest in and how much to invest

  • Capital Budgeting decision
  • Capital expenditure decision
  • Capital Investment decision
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14
Q

Capital Budgeting Decision Making Process Steps

A

Identification
Evaluation
Selection
Implementation

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15
Q

Identification Step

A
  • Finding out opportunities

- Generating investment proposals

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16
Q

Evaluation Step

A

Estimating the project’s:

  • Relevant cash flows
  • Appropriate discount rate
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17
Q

Selection Step

A

Choosing a decision making rule (accept/reject criterion)

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18
Q

Implementation

A

Establishing an audit and a follow-up procedure

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19
Q

4 Identification Types

A

Required Investment
Replacement Investment
Expansion Investment
Diversification Investment

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20
Q

2 Evaluation Types

A

Expected Cash-flow stream

Discount rate

21
Q

4 Selection Types

A

Net Present value
Profitability index
Internal Rate of return
Payback period

22
Q

Implementation Steps

A
  • Monitor the magnitude and timing of cash flows
  • Check if the project still meets the selection criterion
  • Decide on a continuation or abandonment
  • Review previous steps if failure rate is high
23
Q

Opportunity Cost

A

Rate of return you sacrifice on the next best alternative

24
Q

Future Values

A
  • The first method for deciding which option is best

- Calculates the future value of investing the payment at your opportunity cost of capital for years

25
Q

Future Value Formula

A

FV = PV x (1+r)^t

26
Q

Present Values

A
  • More common method

- Amount of money you would need to invest today in order to duplicate some future dollar amount.

27
Q

Present Value Formula

A

PV = FV/(1+r)^t

28
Q

Rate Function Excel

A

=RATE(time in years, PV, FV)

29
Q

Number of Periods Function Excel

A

=NPER(Rate, PV, FV)

30
Q

Payment Function Excel

A

=PMT(Rate, Time, PV)

31
Q

Net Present Value

A

Forecasting the benefits and costs of the project for period “t”.

32
Q

Net Present Value Formula

A

NPV = C0 + (C1/1+r) + (C2/1+r^2)…

33
Q

If NPV > 0

A

Accept Project

34
Q

If NPV < 0

A

Reject Project

35
Q

Independent

A

Acceptance or rejection is independent of the acceptance or rejection of other projects

36
Q

Mutually Exclusive

A

Can accept A or B, or reject both, but cannot accept not both.

37
Q

Payback period

A

Number of periods required for the sum of the project’s expected cash flows to equal its initial cash outlay. (time to recover investment)

38
Q

Internal Rate of Return

A

The Discount rate that makes the net present value of the project equal to 0.

39
Q

Accept the project if IRR is…

A

the cost of capital

40
Q

Profitability Index

A

The present value of an investment’s future cash flows / initial cost.

41
Q

Profitability Index Formula

A

(CF0 + NPV)/CFO

42
Q

Profitability Index > 0

A

Accept

43
Q

Problems with IRR

A

Multiple IRRs Can Exist
The Scale Problem
The Timing Problem

44
Q

Multiple IRRs

A

There can be 2 or more

45
Q

The Scale Problem

A

Depends on initial investment amount, can skew IRR

46
Q

The Timing Problem

A

When 2 projects IRR flip over time

47
Q

Crossover Rate

A

When project’s NPV are equal to each other

48
Q

NPV versus IRR

A

Usually give the same decision

49
Q

NPV verses IRR Exceptions

A

1) Non-Conventional cash flows- cash flow sign change more than once
2) Mutually exclusive projects
- Initial Investments substantially differ
- Timing of cash flows substantially differ