Time Value of Money Analysis
Compute interest rate factors and solve basic TVM problems, generates printable tables by rate, term, and frequency of compounding
User Information:
Annual Discount/Interest Rate
Frequency of Compounding
Time Horizon in Years
8.00%
2
10
Factors:
USCA
Name:
Definition:
General Formula:
SPCA
Future value of $1
deposited at time 0
V
n
Interest Rate Factor:
= V 0 (1 + r )
n
Future value of Uniform
series of deposits at the
end of each period
V
n
(1 + r ) n − 1
= P1
r
2.1911231
Calculation Utilities:
Known
Enter ==>
29.7780786
V0
$100.00
Vn
Unknown
Go to Tables
Solver
Result ==>
$219.11
Effective interest rate per period and number of periods:
4.00%
Interest rate per period = ' r ' in formulas
20
Number of Compounding Periods = 'n' in formulas
SFD
SPPV
Annual deposit at end of
Present value of $1
each period needed to
received at end of
have $1 at end of
period
horizon
r
P1 = V n
n
(1 + r ) − 1
V 0 = V n (1 + r ) −n
0.0335818
USPV
CR
Amount of uniform
Present value of uniform
payment at end of each
series of $1 payments at period to pay off a $1
end of each period
loan made at time 0
V
0
0.4563869
(1 + r ) n − 1
= P1
n
r (1 + r )
13.5903263
r (1 + r ) n
P1 = V 0
n
(1 + r ) − 1
0.0735818
P1
Vn
Vn
P1
V0
$100.00
Vn
$20,000.00
P1
$2,500.00
V0
$750.00
V0
$100,000.00
P1
$2,977.81
$671.64
$1,140.97
$10,192.75
$7,358.18
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Table
Interest Factor Table
SPCA
USCA
SFD
SPPV
USPV
CR
Table For:
8.00%
Int. Rate/yr.
=r
Freq./yr. =2m
values
per
Future value of $1
deposited at time 0
Future value of Uniform
series of deposits at the
end of each period
Annual deposit at end of
Present value of $1
each period needed to
received at end of
have $1 at end of
period
horizon
Amount of uniform
Present value of uniform
series of $1 payments at payment at end of each
period to pay off a $1
end of each period
loan made at time 0