cee 201 exam 3

What is the core concept of the Time Value of Money?

a) Money loses value over time due to inflation
b) A dollar received today is worth more than a dollar received in the future.

c) Future money has more value due to risk.

d) Time has no effect on the value of money.

b) A dollar received today is worth more than a dollar received in the future.

2. What does a high discount rate imply in time value of money analysis?

o a) Future cash flows are valued higher.

o b) Future cash flows are valued lower.

o c) The project is more attractive.

o d) Money in the future has the same value as money to

b) Future cash flows are valued lower

The Time Value of Money principle is used to:

o a) Assess depreciation of assets.

o b) Convert future cash flows into present value.

o c) Calculate monthly payments for loans.

o d) Predict stock market performance

b) Convert future cash flows into present value

In a cash flow table, the net cash flow is:

o a) The difference between inflows and outflows.

o b) The total revenue generated.

o c) The total investment made.

o d) The cumulative cash flow over time

Answer: a) The difference between inflows and outflows.

What does cumulative cash flow represent in a cash flow table?

o a) Total costs incurred during a project.

o b) The difference between total revenues and total costs.

o c) The running total of net cash flows over time.

o d) The discounted cash flow

answer: c) The running total of net cash flows over time.

In a cash flow table for a loan repayment schedule, what does the column for ‘interest paid’

represent?

o a) The amount of interest earned on an investment.

o b) The total amount of interest to be paid over the life of the loan.

o c) The amount of interest included in each loan payment.

o d) The principal remaining after each payment

c) The amount of interest included in each loan payment.

Which of the following is NOT typically represented in a cash flow diagram?

o a) Initial investment

o b) Loan repayments

o c) Interest rates

o d) Annual revenues and costs

c) Interest rates

8. In a cash flow diagram for a construction project, what does the horizontal axis typically

represent?

o a) Amount of cash flow

o b) Time period (e.g., years)

o c) Interest rate

o d) Discount rate

b) Time period (e.g., years)

Which of the following statements is true about the relationship between the nominal and

effective interest rate?

• a) The nominal rate is always higher than the effective rate.

• b) The effective rate is higher than the nominal rate when interest is compounded more than

once per year.

• c) The nominal rate is higher when interest is compounded monthly.

• d) The effective rate is the same as the nominal rate regardless of compounding frequency.

b) The effective rate is higher than the nominal rate when interest is compounded more than

once per year

10. In the formula for calculating the present value of a perpetuity PV=C/r , what does C

represent?

• a) Interest rate

• b) Cash flow received per period

• c) Present value

• d) Compounding frequency

b) Cash flow received per period

1. What is the primary objective of Cost-Benefit Analysis (CBA)?

• A) To minimize costs regardless of benefits

• B) To maximize net benefits by comparing costs and benefits

• C) To focus only on future cash flows

• D) To eliminate risk from decision-making

B) To maximize net benefits by comparing costs and benefits

Which of the following best describes sunk costs?

• A) Costs that can be recovered if a project is stopped

• B) Costs that have already been incurred and cannot be recovered

• C) Future costs that will occur regardless of the decision made

• D) Costs associated with lost opportunities

Costs that have already been incurred and cannot be recovered

Salvage costs refer to:

• A) The initial investment of a project

• B) The estimated value recovered at the end of an asset's useful life

• C) Ongoing maintenance costs of an asset

• D) Future profits expected from a project

The estimated value recovered at the end of an asset's useful life

Opportunity cost is defined as:

• A) The cost incurred when making a financial decision

• B) The value of the next best alternative foregone when making a decision

• C) The total cost of an investment

• D) Costs that have already been incurred

B) The value of the next best alternative foregone when making a decision

Which of the following statements is true regarding continuous decisions?

• A) They involve only two options

• B) They can take any value within a given range

• C) They are always more cost-effective than discrete decisions

• D) They are made based on fixed costs only

B) They can take any value within a given range

To maximize net benefits, a project should:

• A) Only consider direct costs

• B) Evaluate all potential costs and benefits, including future cash flows

• C) Focus solely on short-term gains

• D) Eliminate all risks associated with the project

B) Evaluate all potential costs and benefits, including future cash flows

In Present Worth Analysis, what is the primary purpose of discounting future cash flows?

• A) To compare costs in nominal terms

• B) To account for the time value of money

• C) To eliminate variability in cash flows

• D) To simplify complex calculations

B) To account for the time value of money

The choice of analysis period is crucial because:

• A) It affects the amount of interest earned

• B) It allows for comparison of projects with similar durations

• C) It can impact the present value of cash flows and project feasibility

• D) It has no significant effect on project outcomes

C) It can impact the present value of cash flows and project feasibility

When analyzing projects with different time horizons, the least common multiple is important

because:

• A) It determines the best investment option

• B) It helps standardize the analysis period for comparison

• C) It simplifies calculations for cash flow projections

• D) It eliminates the need for discounting cash flows

B) It helps standardize the analysis period for comparison

A fixed analysis period in project evaluation is used to:

• A) Ensure consistent comparison of projects with varying lifespans

• B) Only assess short-term projects

• C) Increase the complexity of cash flow analysis

• D) Focus on long-term investments exclusively

A) Ensure consistent comparison of projects with varying lifespans

A company has already spent $150,000 on a project that has not yet yielded results. The project

requires an additional $50,000 to complete, but market analysis suggests a potential return of only

$120,000. Should the company proceed with the additional investment?

• A) Yes, because the total investment is only $200,000

• B) No, because the return does not justify the total cost

• C) Yes, because sunk costs should be ignored

• D) No, because sunk costs will continue to increase

Correct Answer: C) Yes, because sunk costs should be ignored

Note: Sunk costs should not influence the decision on whether to invest further.

4. An entrepreneur has two business options. Option A requires a $50,000 investment with expected

returns of $10,000 annually. Option B requires a $30,000 investment with expected returns of $8,000

annually. If the entrepreneur chooses Option A, what is the opportunity cost?

• A) $8,000

• B) $10,000

• C) $20,000

• D) $30,000

Correct Answer: A) $8,000

Calculation: Opportunity Cost = Returns from Option B = $8,000

19. If Project A runs for 3 years and Project B for 5 years, what is the least common multiple of their

project durations?

• A) 15 years

• B) 10 years

• C) 12 years

• D) 9 years

Correct Answer: A) 15 years

Calculation: LCM of 3 and 5 is 15

1. Which of the following best describes sunk costs?

• A) Costs that can be recovered if a project is stopped

• B) Costs that have already been incurred and cannot be recovered

• C) Future costs that will occur regardless of the decision made

• D) Costs associated with lost opportunities

Correct Answer: B) Costs that have already been incurred and cannot be recovered

Salvage costs refer to:

• A) The initial investment of a project

• B) The estimated value recovered at the end of an asset's useful life

• C) Ongoing maintenance costs of an asset

• D) Future profits expected from a project

The estimated value recovered at the end of an asset's useful life

Opportunity cost is defined as:

• A) The cost incurred when making a financial decision

• B) The value of the next best alternative foregone when making a decision

• C) The total cost of an investment

• D) Costs that have already been incurred

B) The value of the next best alternative foregone when making a decision

Which of the following statements is true regarding continuous decisions?

• A) They involve only two options

• B) They can take any value within a given range

• C) They are always more cost-effective than discrete decisions

• D) They are made based on fixed costs only

B) They can take any value within a given range

To maximize net benefits, a project should:

• A) Only consider direct costs

• B) Evaluate all potential costs and benefits, including future cash flows

• C) Focus solely on short-term gains

• D) Eliminate all risks associated with the project

B) Evaluate all potential costs and benefits, including future cash flows

In Present Worth Analysis, what is the primary purpose of discounting future cash flows?

• A) To compare costs in nominal terms

• B) To account for the time value of money

• C) To eliminate variability in cash flows

• D) To simplify complex calculations

B) To account for the time value of money

The choice of analysis period is crucial because:

• A) It affects the amount of interest earned

• B) It allows for comparison of projects with similar durations

• C) It can impact the present value of cash flows and project feasibility

• D) It has no significant effect on project outcomes

C) It can impact the present value of cash flows and project feasibility

When analyzing projects with different time horizons, the least common multiple is important

because:

• A) It determines the best investment option

• B) It helps standardize the analysis period for comparison

• C) It simplifies calculations for cash flow projections

• D) It eliminates the need for discounting cash flows

B) It helps standardize the analysis period for comparison

A fixed analysis period in project evaluation is used to:

• A) Ensure consistent comparison of projects with varying lifespans

• B) Only assess short-term projects

• C) Increase the complexity of cash flow analysis

• D) Focus on long-term investments exclusively

A) Ensure consistent comparison of projects with varying lifespans

A nominal interest rate of 8% per year compounded quarterly is an inter-

est rate of 2% per quarter.

T

In the minimax regret criterion, the regret of an entry is found by sub-

tracting it from the largest entry in its row.

F

Under simple interest, interest is charged on the principal and also on

interest earned in earlier periods.

F

The capital recovery factor (A/P) converts a present amount into an

equivalent uniform series of end-of-period amounts

T

Alternatives with different useful lives compared by present worth must

be evaluated over a common analysis period, such as the least common

multiple of their lives.

T

In the arithmetic gradient factor (P/G, i, n), the first nonzero gradient cash

flow (G) occurs at the end of period 1.

F

The present worth of a uniform amount A received at the end of every

year forever is A/i.

T

The Laplace criterion treats all states of nature as equally likely

T

A nominal rate of 12% per year compounded monthly is the same as an

effective annual rate of 12%.

F

if equipment is needed only for a project that is shorter than its useful life,

its estimated market value at the end of the project is used as the salvage

value in a present worth comparison.

T

An annual cost that increases by the same dollar amount every year forms

an arithmetic gradient series.

T

By the Rule of 72, an amount earning 4% per year compounded annually

doubles in about 9 years.

F