Untitled Paper
Model Selection
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Coordinates
Integral/Area
Lower:
Upper:
f(x):
dx:
Area:
Lower:
Upper:
f(x):
g(x):
(f(x)-g(x))dx:
Area:
Angle
a
Area
Circumference
Coordinates
Direction
a
Equation
Expression
Length
Perimeter
Radius
Slope
Protractor
Size
npolygon
Rotation
Dilation
Translation
Tx:
Ty:
i
20
B
6
A
20
4
more
One-Variable
Data:
Freq:
=
x
=
Two-Variable
x:
y:
Freq:
=
x
=
Linear Regression
x:
y:
Freq:
a
=
b
=
Inverse Regression
y=a+b/x
x:
y:
Freq:
a
=
b
=
MedMed Line
y=a･x+b
x:
y:
Freq:
a
=
b
=
Quadratic Regression
y=a･x^2+b･x+c
x:
y:
Freq:
a
=
b
=
c
=
Cubic Regression
y=a･x^3+b･x^2+c･x+d
x:
y:
Freq:
a
=
b
=
c
=
d
=
Quartic Regression
y=a･x^4+b･x^3+c･x^2+d･x+e
x:
y:
Freq:
a
=
b
=
c
=
d
=
e
=
Logarithmic Regression
y=a+b･ln(x)
x:
y:
Freq:
a
=
b
=
Exponential Regression
y=a･e^(b･x)
x:
y:
Freq:
a
=
b
=
abExponential Regression
y=a･b^x
x:
y:
Freq:
a
=
b
=
Power Regression
y=a･b^x
x:
y:
Freq:
a
=
b
=
Sinusoidal Regression
y=a･sin(b･x+c)+d
x:
y:
a
=
b
=
c
=
d
=
Logistic Regression
y=c/(1+a･e(-b･x))
x:
y:
a
=
b
=
c
=
Histogram
Data:
Freq:
HStep:
HStart:
Pie Chart
Data:
Box & Whisker Plot
Data:
Freq:
Outliers:
Scatter Plot
x:
y:
Dot Plot
Data:
Freq:
Normal CD
Lower:
Upper:
:
:
Prob:
z Low:
z Up:
Inverse Normal CD
Tail setting
:
Prob:
:
:
xInvN:
xInvN:
Inverse  CD
Prob:
df:
xInv:
Inverse  CD
Prob:
df:
xInv:
Inverse F CD
Prob:
n:df:
d:df:
xInv:
Inverse Binomial CD
Prob:
Numtrial:
pos:
xInv:
Inverse Poisson CD
Prob:
:
xInv:
Inverse Geo CD
Prob:
pos:
xInv:
Inverse Hypergeometric
Prob:
n:
M:
N:
xInv:
Normal PD
x:
:
:
Prob:
Student's  PD
x:
df:
Prob:
Student's  CD
Lower:
Upper:
df:
Prob:
t Low:
t Up:
 PD
x:
df:
Prob:
 CD
Lower:
Upper:
df:
Prob:
F PD
x:
n:df:
d:df:
Prob:
F CD
Lower:
Upper:
n:df:
d:df:
Prob:
Binomial PD
x:
Numtrial:
pos:
Prob:
Binomial CD
Lower:
Upper:
Numtrial:
pos:
Prob:
Poisson PD
x:
:
Prob:
Poisson CD
Lower:
Upper:
:
Prob:
Geometric PD
x:
pos:
Prob:
Geometric CD
Lower:
Upper:
pos:
Prob:
Hypergeometric PD
x:
n:
M:
N:
Prob:
Hypergeometric CD
Lower:
Upper:
n:
M:
N:
Prob:
One-Sample Z Interval
C-Level:
:
:
n:
List:
Freq:
Lower:
Upper:
Two-Sample Z Interval
C-Level:
:
:
:
n:
:
n:
List(1):
List(2):
Freq(1):
Freq(2):
Lower:
Upper:
One-Prop Z Interval
C-Level:
x:
n:
Lower:
Upper:
Two-Prop Z Interval
C-Level:
x:
n:
x:
n:
Lower:
Upper:
One-Sample  Interval
C-Level:
:
s:
n:
List:
Freq:
Lower:
Upper:
Two-Sample  Interval
C-Level:
:
s:
n:
:
s:
n:
List(1):
List(2):
Freq(1):
Freq(2):
Pooled:
Lower:
Upper:
df:
One-Sample Z-Test
 condition
:
:
:
List:
Freq:
:
n:
:
z:
Prob:
Two-Sample Z-Test
 condition
:
:
:
List(1):
List(2):
Freq(1):
Freq(2):
:
n:
:
n:
z:
Prob:
One-Prop Z-Test
Prop cond.
:
p:
x:
n:
Prop cond.
:
z:
Prob:
Two-Prop Z-Test
p condition
:
x:
n:
x:
n:
z:
Prob:
One-Sample -Test
 condition
:
:
List:
Freq:
:
s:
n:
:
t:
Prob:
Two-Sample -Test
 condition
:
List(1):
List(2):
Freq(1):
Freq(2):

s:
n:
:
s:
n:
Pooled:
t:
Prob:
df:
Linear Reg -Test
 &  cond.
:
XList:
YList:
Freq:
t:
Prob:
df:
 Test
Matrix:
x:
Prob:
df:
 GOF Test
Observed
:
Expected
:
df:
x:
Prob:
Two-Sample F-Test
 condition
:
List(1):
List(2):
Freq(1):
Freq(2):
s:
n:
s:
n:
F:
Prob
One-Way ANOVA
List:
List:
List:
List:
List:
List:
A df:
Two-Way ANOVA
(1,1):
(1,2):
(2,1):
(2,2):
(1,1):
(1,2):
(1,3):
(2,1):
(2,2):
(2,3):
(1,1):
(1,2):
(1,3):
(1,4):
(2,1):
(2,2):
(2,3):
(2,4):
(1,1):
(1,2):
(1,3):
(1,4):
(1,5):
(2,1):
(2,2):
(2,3):
(2,4):
(2,5):
(1,1):
(1,2):
(1,3):
(1,4):
(1,5):
(1,6):
(2,1):
(2,2):
(2,3):
(2,4):
(2,5):
(2,6):
(1,1):
(1,2):
(1,3):
(1,4):
(1,5):
(1,6):
(1,7):
(2,1):
(2,2):
(2,3):
(2,4):
(2,5):
(2,6):
(2,7):
(1,1):
(1,2):
(1,3):
(1,4):
(1,5):
(1,6):
(1,7):
(1,8):
(2,1):
(2,2):
(2,3):
(2,4):
(2,5):
(2,6):
(2,7):
(2,8):
(1,1):
(1,2):
(1,3):
(1,4):
(1,5):
(1,6):
(1,7):
(1,8):
(1,9):
(2,1):
(2,2):
(2,3):
(2,4):
(2,5):
(2,6):
(2,7):
(2,8):
(2,9):
(1,1):
(1,2):
(1,3):
(2,1):
(2,2):
(2,3):
(3,1):
(3,2):
(3,3):
(1,1):
(1,2):
(1,3):
(1,4):
(2,1):
(2,2):
(2,3):
(2,4):
(3,1):
(3,2):
(3,3):
(3,4):
(1,1):
(1,2):
(1,3):
(1,4):
(1,5):
(2,1):
(2,2):
(2,3):
(2,4):
(2,5):
(3,1):
(3,2):
(3,3):
(3,4):
(3,5):
(1,1):
(1,2):
(1,3):
(1,4):
(1,5):
(1,6):
(2,1):
(2,2):
(2,3):
(2,4):
(2,5):
(2,6):
(3,1):
(3,2):
(3,3):
(3,4):
(3,5):
(3,6):
(1,1):
(1,2):
(1,3):
(1,4):
(2,1):
(2,2):
(2,3):
(2,4):
(3,1):
(3,2):
(3,3):
(3,4):
(4,1):
(4,2):
(4,3):
(4,4):
A df:
B df:
AB df:
Color
Color
Private
Color
Lock
Unlock
Hide
Show
Auto
Grid Type
Minor Grid
Auto
≤
≤
≤
≤
Snap
Show All
Ref. Equation
=
X-Domain
≤
≤
Y-Tolerance
Snap tolerance
r2
=
Auto
Stat-Auto
𝜋
≤
≤
𝜋
≤
≤
 
Auto
Color
Plot Color
Labels
Lock
Unlock
Color
Days in Year
Color
Payment Date
Odd Period
Color
Payment Date
Color
Profit Amount/Ratio
Break-Even Value
Color
Days in Year
Color
Days in Year
Compounding Frequency
Bond Interval
Color
Type
Color
n range
≤
≤
Type
Display
Coordinates
Auto
Window
≤
≤
≤
≤
Color
Style
Graph Integral
Private
Graph
Private
Financial(def)
Simple Interest(def)
Compound Interest(def)
Cash Flow(def)
Amortization(def)
Interest Conversion(def)
Cost Sell Margin(def)
Day Count(def)
Depreciation(def)
Bond Calculation(def)
Break Even Point(def)
Margin of Safety(def)
Operating Leverage(def)
Financial Leverage(def)
Combined Leverage(def)
Quantity Conversion(def)
(empty)
(empty)
(empty)
(empty)
(empty)
(empty)
(empty)
Confidential
Author ID
123456789012345678901234567890
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