[ECON] Flashcards - Module 2 and 3

1
Q

a series of equal payments occurring at equal interval of time

A

Annuity

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2
Q

Types of Annuities

A

Ordinary Annuity, Annuity Due, Deferred Annuity, and Perpetuity

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3
Q

this type of annuity is one where the payments are made at the end of each period beginning from the first period.

A

Ordinary Annuity

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4
Q

In ordinary annuity, when does P occur?

A

one period before 1st payment

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5
Q

In ordinary annuity, when does F occur?

A

at the same time with last payment

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6
Q

this type of annuity is one where the first payment is made several periods after the beginning of the annuity.

A

Deferred Annuity

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7
Q

It is when payments are made at the beginning of the payment period.

A

Annuity Due

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8
Q

is an annuity where the payment period extends forever, which means that the periodic payments continue indefinitely.

A

Perpetuity

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9
Q

series of cash flows where the amounts change every period.

A

Gradient Series

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10
Q

Types of Gradient Series

A

Arithmetic and Geometric Gradient Series

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11
Q

It is one wherein the cash flow changes (increase or decreases) by the same amount in each cash flow period.

A

Arithmetic Gradient Series

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12
Q

The amount of increase or decrease in payments

A

Gradient

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13
Q

It takes the equivalent of a gradient series as ordinary annuity.

A

Equivalent Uniform Amount

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14
Q

It is when the periodic payment increases or decreases by a constant percentage.

A

Geometric Gradient Series

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15
Q

one of the most important applications of perpetuity

A

Capitalized Cost

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16
Q

It is the sum of its first cost and the present worth of all costs for replacement, operation, and maintenance for a long period or forever.

A

Capitalized Cost

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17
Q

the worth of the property at the end of useful life

A

Salvage Value

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18
Q

defined as the worth of the property if disposed of as a junk.

A

Scrap Value

19
Q

any mode of paying debt, the principal and the interest included, usually by a series of uniform amount every period.

A

Amortization

20
Q

a table showing the payments throughout the total interest period.

A

Amortization Schedule

21
Q

the decrease in the value of a physical property with the passage of time.

A

Depreciation

22
Q

Types of Depreciation

A

Physical and Functional Depreciation

23
Q

this is due to the reduction of the physical ability of an equipment or asset to produce results.

A

Physical Depreciation

24
Q

this is due to the lessening in the demand for the function which the property was designed to render.

A

Functional Depreciation

25
the cost of acquiring an asset, including transportation expenses and other normal costs of making the asset serviceable for its intended use.
Initial Investment/First Cost (FC)
26
worth of property or an asset as shown on the accounting records of the company. It is the original cost of the property less all allowable depreciation deductions.
Book Value (BV)
27
the amount that will be paid by a willing buyer to a willing seller for a property after depreciation is competed.
Salvage Value (SV)
28
the expected period that a property will be used in trade or business to produce income.
Useful life (L)
29
the length of time during which the property is capable of performing the function
Physical life
30
length of time during which the property may be operated at a profit.
Economic life
31
the number of years over which the basis of property is recovered through the accounting process
Recovery period (n)
32
a percentage for each year of the recovery period that utilized to compute an annual depreciation deduction.
Recovery rate (i)
33
Methods of Depreciation
Straight Line (SLM), Sinking Fund (SFM), Declining Balance (DBM), Double Declining Balance (DBBM), Sum of Year Digits (SOYDM), and Service-Output Method (SOM)
34
The simplest depreciation Method
Straight Line Method
35
Assumes that the loss in value is directly proportional to the age of equipment or asset
Straight Line Method
36
This method assumes that a sinking fund is established in which funds will accumulate for replacement
Sinking Fund Method
37
In this method, total depreciation is assumed to be equal to the accumulated amount in sinking fund at that time.
Sinking Fund Method
38
sometimes called the constant percentage method or the Matheson Formula
Declining Balance Method
39
it is assumed that the annual cost of depreciation is a fixed percentage of the salvage value at the beginning of the year.
Declining Balance Method
40
This method is very similar to the DBM except that the rate of depreciation k is replaced by 2/L
Double Declining Balance Method
41
It is a method of evaluating depreciation where the depreciation changes from year to year.
Sum of Year Digits (SOYD) Method
42
This method assumes that the total depreciation that has taken place is directly proportional to the quantity of output of the property up to that time.
Service-Output Method
43
This method has the advantage of making the unit cost of depreciation constant and giving low depreciation expense during periods of low production
Service-Output Method
44
Methods involved in Service-Output Method
Service Method and Output Method