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176
Chapter 12: Vectors
12VECTR.DOC   TI-86, Chap 12, US English   Bob Fedorisko   Revised: 02/13/01 2:31 PM   Printed: 02/13/01 3:03 PM   Page 176 of 10
12VECTR.DOC   TI-86, Chap 12, US English   Bob Fedorisko   Revised: 02/13/01 2:31 PM   Printed: 02/13/01 3:03 PM   Page 176 of 10
Using Mathematical Functions with Vectors
vectorA
+
vectorB
Adds each vectorA element to the corresponding vectorB element;
returns a vector of the sums
vectorA
N
vectorB
Subtracts each vectorB element from the corresponding vectorA
element; returns a vector of the differences
vector
¹
number
 or
number
¹
vector
Returns a vector that is the product of a real or complex number times
each element in a real or complex vector
matrix
¹
vector
Returns a vector that is the product of each vector element times each
matrix
 element; matrix column dimension and vector dimension must be
equal
vector
à
number
Returns a vector that is the quotient of each real or complex vector
element divided by a real or complex number
M
vector
(negation) Changes the sign of each vector element
vectorA
==
vectorB
Returns 
1
 if every corresponding element comparison is true; returns 
0
if any is false
vectorA
ƒ
vectorB
Returns 
1
 if at least one corresponding element comparison is false
round(
vector
[
,
#ofDecimals
]
)
Rounds each vector element to 12 digits, or rounds to specified
#ofDecimals
iPart 
vector
Returns the integer part of each real or complex vector element
fPart 
vector
Returns the fractional part of each real or complex vector element
int 
vector
Returns the greatest integer of each real or complex vector element
To add or subtract two vectors,
the dimension of 
vectorA
 must
equal the dimension of
vectorB
.
You cannot multiply two
vectors or divide one vector
by another vector.
==
 and 
ƒ
 are on the 
TEST
menu.
round
iPart
fPart
, and 
int
are on the 
MATH
 
NUM
 menu.