Exam 2 - Chapter 12 Flashcards
Define:
Time Value Concept
$1 today is worth more than $1 tomorrow because tomorrow’s future value equals today’s $1 plus one day of interest
Answer:
Time value concept s important with ___(a)___
a. long-term liabilities
Define:
Long-Term Liabilities
Liabilities which will be paid off or due over the course of more than 1 year or 1 accounting cycle
Answer:
If you have 25 year bonds you pay these off ___(a)___ versus ___(b)___
a. 25 years later
b. present value of the bonds today
Answer:
When we present long-term bonds or long-term liabilities on today’s ___(a)___, we have to calculate the ___(b)___ because ___(c)___
a. financial statement
b. present value
c. present value and future value are so different from each other
Answer:
We always list the ___(a)___ on the financial statement because we never ___(b)___
a. present value
b. prepare future financial statements
List:
Types of Present Value
- Payment of a Single Sum
- Present Value of Ordinary Annuity
3.
Define:
Present Value of Single Sum
You look at the timeline of the value (say 0 to 5) where 5 is the future value and otherwise there are no other cash inflows or cash outflows, so you are calculating the present value of the future value at time 0
Equation:
Present Value of Single Sum
Future Value * Present Value Factor
Answer:
Present value factor is determined by you ___(a)___ and ___(b)___
a. number periods
b. market interest rate
Answer:
Why do you use market interest rate in determining present value?
Because only market interest rate will how to discount the future value to the present value
We care about market value so we have to use market interest rate
Answer:
In determining present value we care about ___(a)___ so we have to use ___(b)___
a. market value
b. market interest rate
Answer:
The present value of a single sum factor is calculated using a ___(a)___ table or a ___(b)___ table
a. present value of $1
b. present value of single sum
Define:
Ordinary Annuity
You have equal amounts and equal intervals at the end of each period
Answer:
With an ordinary annuity, what is the present value at time 0?
Periodic Rent * Ordinary Annuity Factor