Factor(); Fcdf; Fill - Texas Instruments TI-Nspire Reference Manual

Output variable
stat.Resid
stat.ResidTrans
stat.XReg
stat.YReg
stat.FreqReg
F

factor()

factor(rationalNumber) returns the rational number factored into
primes. For composite numbers, the computing time grows
exponentially with the number of digits in the second-largest factor.
For example, factoring a 30-digit integer could take more than a day,
and factoring a 100-digit number could take more than a century.
To stop a calculation manually,
• Windows®: Hold down the
repeatedly.
• Macintosh®: Hold down the
repeatedly.
• Handheld: Hold down the
repeatedly.
If you merely want to determine if a number is prime, use isPrime()
instead. It is much faster, particularly if rationalNumber is not prime
and if the second-largest factor has more than five digits.
F
Cdf()
F
lowBound upBound
Cdf( ,
lowBound upBound
and are numbers,
upBound
are lists
lowBound upBound

FCdf(

,
lowBound upBound
and are numbers,
upBound
are lists
F distribution probability between lowBound and
Computes the
upBound for the specified dfNumer (degrees of freedom) and
dfDenom.
{
upBound), set lowBound = 0.
For P(X

Fill

⇒
Value, matrixVar
Fill
Replaces each element in variable matrixVar with Value.
matrixVar must already exist.
36 TI-Nspire™ Reference Guide
Description
Residuals associated with the exponential model
Residuals associated with linear fit of transformed data
List of data points in the modified X List actually used in the regression based on restrictions of Freq,
Category List, and Include Categories
List of data points in the modified Y List actually used in the regression based on restrictions of Freq,
Category List, and Include Categories
List of frequencies corresponding to stat.XReg and stat.YReg
key and press
F12 Enter
key and press
F5 Enter
c
key and press
⇒
dfNumer dfDenom number
, , )
list lowBound
if
⇒
dfNumer dfDenom number
, , )
list lowBound
if
matrix
·
if
and
if
and
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