Texas Instruments TINSPIRE Reference Guide - Page 20

C, Base16, Catalog &gt, binomCdf, ceiling

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4Base16 Integer1 4Base16 ⇒ integer Note: You can insert this operator from the computer keyboard by typing @>Base16. Converts Integer1 to a hexadecimal number. Binary or hexadecimal numbers always have a 0b or 0h prefix, respectively. 0b binaryNumber 0h hexadecimalNumber Zero, not the letter O, followed by b or h. A binary number can have up to 64 digits. A hexadecimal number can have up to 16. Without a prefix, Integer1 is treated as decimal (base 10). The result is displayed in hexadecimal, regardless of the Base mode. If you enter a decimal integer that is too large for a signed, 64-bit binary form, a symmetric modulo operation is used to bring the value into the appropriate range. For more information, see 4Base2, page 12. binomCdf() binomCdf(n,p) ⇒ number binomCdf(n,p,lowBound,upBound) ⇒ number if lowBound and upBound are numbers, list if lowBound and upBound are lists binomCdf(n,p,upBound) for P(0{X{upBound) ⇒ number if upBound is a number, list if upBound is a list Computes a cumulative probability for the discrete binomial distribution with n number of trials and probability p of success on each trial. For P(X { upBound), set lowBound=0 binomPdf() binomPdf(n,p) ⇒ number binomPdf(n,p,XVal) ⇒ number if XVal is a number, list if XVal is a list Computes a probability for the discrete binomial distribution with n number of trials and probability p of success on each trial. C ceiling( ) ceiling(Value1) ⇒ value Returns the nearest integer that is | the argument. The argument can be a real or a complex number. Note: See also floor(). ceiling(List1) ⇒ list ceiling(Matrix1) ⇒ matrix Returns a list or matrix of the ceiling of each element. 14 TI-Nspire™ Reference Guide Catalog > Catalog > Catalog > Catalog >

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14
TI-Nspire™ Reference Guide
C
4
Base16
Catalog >
Integer1
4
Base16
⇒
integer
Note:
You can insert this operator from the computer keyboard by
typing
@>Base16
.
Converts
Integer1
to a hexadecimal number. Binary or hexadecimal
numbers always have a 0b or 0h prefix, respectively.
0b
binaryNumber
0h
hexadecimalNumber
Zero, not the letter O, followed by b or h.
A binary number can have up to 64 digits. A hexadecimal number can
have up to 16.
Without a prefix,
Integer1
is treated as decimal (base 10). The result
is displayed in hexadecimal, regardless of the Base mode.
If you enter a decimal integer that is too large for a signed, 64-bit
binary form, a symmetric modulo operation is used to bring the value
into the appropriate range. For more information, see
4
Base2
,
page 12.
binomCdf()
Catalog >
binomCdf(
n
,
p
)
⇒
number
binomCdf(
n
,
p
,
lowBound
,
upBound
)
⇒
number
if
lowBound
and
upBound
are numbers,
list
if
lowBound
and
upBound
are
lists
binomCdf(
n
,
p
,
upBound
)
for P(0
{
X
{
upBound
)
⇒
number
if
upBound
is a number,
list
if
upBound
is a list
Computes a cumulative probability for the discrete binomial
distribution with
n
number of trials and probability
p
of success on
each trial.
For P(X
{
upBound
), set
lowBound
=0
binomPdf()
Catalog >
binomPdf(
n
,
p
)
⇒
number
binomPdf(
n
,
p
,
XVal
)
⇒
number
if
XVal
is a number,
list
if
XVal
is a list
Computes a probability for the discrete binomial distribution with
n
number of trials and probability
p
of success on each trial.
ceiling()
Catalog >
ceiling(
Value1
)
⇒
value
Returns the nearest integer that is
|
the argument.
The argument can be a real or a complex number.
Note:
See also
floor()
.
ceiling(
List1
)
⇒
list
ceiling(
Matrix1
)
⇒
matrix
Returns a list or matrix of the ceiling of each element.