Texas Instruments TINSPIRE Reference Guide - Page 123

Value, Matrix1, List1, and each element

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N(subtract) Value N Matrix1 ⇒ matrix Matrix1 N Value ⇒ matrix Value N Matrix1 returns a matrix of Value times the identity matrix minus Matrix1. Matrix1 must be square. Matrix1 N Value returns a matrix of Value times the identity matrix subtracted from Matrix1. Matrix1 must be square. Note: Use .N (dot minus) to subtract an expression from each element. ·(multiply) Value1 ·Value2 ⇒ value Returns the product of the two arguments. List1·List2 ⇒ list Returns a list containing the products of the corresponding elements in List1 and List2. Dimensions of the lists must be equal. Matrix1 ·Matrix2 ⇒ matrix Returns the matrix product of Matrix1 and Matrix2. The number of columns in Matrix1 must equal the number of rows in Matrix2. Value ·List1 ⇒ list List1 ·Value ⇒ list Returns a list containing the products of Value and each element in List1. Value ·Matrix1 ⇒ matrix Matrix1 ·Value ⇒ matrix Returns a matrix containing the products of Value and each element in Matrix1. Note: Use .·(dot multiply) to multiply an expression by each element. à (divide) Value1 à Value2 ⇒ value Returns the quotient of Value1 divided by Value2. Note: See also Fraction template, page 1. List1 à List2 ⇒ list Returns a list containing the quotients of List1 divided by List2. Dimensions of the lists must be equal. Value à List1 ⇒ list List1 à Value ⇒ list Returns a list containing the quotients of Value divided by List1 or List1 divided by Value. - key r key p key TI-Nspire™ Reference Guide 117

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TI-Nspire™ Reference Guide
117
Value
N
Matrix1
⇒
matrix
Matrix1
N
Value
⇒
matrix
Value
N
Matrix1
returns a matrix of
Value
times the identity matrix
minus
Matrix1
.
Matrix1
must be square.
Matrix1
N
Value
returns a matrix of
Value
times the identity matrix
subtracted from
Matrix1
.
Matrix1
must be square.
Note:
Use
.
N
(dot minus) to subtract an expression from each
element.
·
(multiply)
r
key
Value1
·
Value2
⇒
value
Returns the product of the two arguments.
List1
·
List2
⇒
list
Returns a list containing the products of the corresponding elements
in
List1
and
List2
.
Dimensions of the lists must be equal.
Matrix1
·
Matrix2
⇒
matrix
Returns the matrix product of
Matrix1
and
Matrix2
.
The number of columns in
Matrix1
must equal the number of rows in
Matrix2
.
Value
·
List1
⇒
list
List1
·
Value
⇒
list
Returns a list containing the products of
Value
and each element in
List1
.
Value
·
Matrix1
⇒
matrix
Matrix1
·
Value
⇒
matrix
Returns a matrix containing the products of
Value
and each element
in
Matrix1
.
Note:
Use
.
·
(dot multiply) to multiply an expression by each
element.
à
(divide)
p
key
Value1
à
Value2
⇒
value
Returns the quotient of
Value1
divided by
Value2
.
Note:
See also
Fraction template
, page
1
.
List1
à
List2
⇒
list
Returns a list containing the quotients of
List1
divided by
List2
.
Dimensions of the lists must be equal.
Value
à
List1
⇒
list
List1
à
Value
⇒
list
Returns a list containing the quotients of
Value
divided by
List1
or
List1
divided by
Value
.
N
(subtract)
-
key