Texas Instruments TINSPIRE Reference Guide - Page 125

Matrix1, Value, dot add, dot subt., dot divide, dot power

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.+ (dot add) Matrix1 .+ Matrix2 ⇒ matrix Value .+ Matrix1 ⇒ matrix Matrix1 .+ Matrix2 returns a matrix that is the sum of each pair of corresponding elements in Matrix1 and Matrix2. Value .+ Matrix1 returns a matrix that is the sum of Value and each element in Matrix1. .. (dot subt.) Matrix1 .N Matrix2 ⇒ matrix Value .NMatrix1 ⇒ matrix Matrix1 .NMatrix2 returns a matrix that is the difference between each pair of corresponding elements in Matrix1 and Matrix2. Value .NMatrix1 returns a matrix that is the difference of Value and each element in Matrix1. .·(dot mult.) Matrix1 .· Matrix2 ⇒ matrix Value .·Matrix1 ⇒ matrix Matrix1 .· Matrix2 returns a matrix that is the product of each pair of corresponding elements in Matrix1 and Matrix2. Value .· Matrix1 returns a matrix containing the products of Value and each element in Matrix1. . / (dot divide) Matrix1 . / Matrix2 ⇒ matrix Value . / Matrix1 ⇒ matrix Matrix1 ./ Matrix2 returns a matrix that is the quotient of each pair of corresponding elements in Matrix1 and Matrix2. Value ./ Matrix1 returns a matrix that is the quotient of Value and each element in Matrix1. .^ (dot power) Matrix1 .^ Matrix2 ⇒ matrix Value . ^ Matrix1 ⇒ matrix Matrix1 .^ Matrix2 returns a matrix where each element in Matrix2 is the exponent for the corresponding element in Matrix1. Value .^ Matrix1 returns a matrix where each element in Matrix1 is the exponent for Value. ^+ keys ^- keys ^r keys ^p keys ^l keys TI-Nspire™ Reference Guide 119

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TI-Nspire™ Reference Guide
119
.+ (dot add)
^+
keys
Matrix1
.+
Matrix2
⇒
matrix
Value
.+
Matrix1
⇒
matrix
Matrix1
.+
Matrix2
returns a matrix that is the sum of each pair of
corresponding elements in
Matrix1
and
Matrix2
.
Value
.+
Matrix1
returns a matrix that is the sum of
Value
and each
element in
Matrix1
.
.
.
(dot subt.)
^-
keys
Matrix1
.
N
Matrix2
⇒
matrix
Value
.
N
Matrix1
⇒
matrix
Matrix1
.
N
Matrix2
returns a matrix that is the difference between
each pair of corresponding elements in
Matrix1
and
Matrix2
.
Value
.
N
Matrix1
returns a matrix that is the difference of
Value
and
each element in
Matrix1
.
.
·
(dot mult.)
^r
keys
Matrix1
.
·
Matrix2
⇒
matrix
Value
.
·
Matrix1
⇒
matrix
Matrix1
.
·
Matrix2
returns a matrix that is the product of each pair
of corresponding elements in
Matrix1
and
Matrix2
.
Value
.
·
Matrix1
returns a matrix containing the products of
Value
and each element in
Matrix1
.
. / (dot divide)
^p
keys
Matrix1
. /
Matrix2
⇒
matrix
Value
. /
Matrix1
⇒
matrix
Matrix1
./
Matrix2
returns a matrix that is the quotient of each pair
of corresponding elements in
Matrix1
and
Matrix2
.
Value
./
Matrix1
returns a matrix that is the quotient of
Value
and
each element in
Matrix1
.
.^ (dot power)
^l
keys
Matrix1
.
^
Matrix2
⇒
matrix
Value
.
^
Matrix1
⇒
matrix
Matrix1
.^
Matrix2
returns a matrix where each element in
Matrix2
is the exponent for the corresponding element in
Matrix1
.
Value
.^
Matrix1
returns a matrix where each element in
Matrix1
is
the exponent for
Value
.