Finding the Kernel, Nullity, Range, and Rank In Exercises 35-38, define the linear transformation T by T ( v ) = A v . Find (a) ker ( T ) , (b) nullity ( T ) , (c) range ( T ) , and (d) rank ( T ) . A = [ 1 2 − 1 0 1 1 ]
Finding the Kernel, Nullity, Range, and Rank In Exercises 35-38, define the linear transformation T by T ( v ) = A v . Find (a) ker ( T ) , (b) nullity ( T ) , (c) range ( T ) , and (d) rank ( T ) . A = [ 1 2 − 1 0 1 1 ]
Solution Summary: The author explains the mathrmker(T) for the given matrix.
Finding the Kernel, Nullity, Range, and Rank In Exercises 35-38, define the linear transformation T by
T
(
v
)
=
A
v
. Find (a)
ker
(
T
)
, (b)
nullity
(
T
)
, (c)
range
(
T
)
, and (d)
rank
(
T
)
.
1. For the following subsets of R3, explain whether or not they are a subspace of R³.
(a)
(b)
1.1
0.65
U
= span
-3.4
0.23
0.4
-0.44
0
(})}
a
V
{(2) | ER
(c) Z= the points in the z-axis
Solve the following equation forx.
leave
answer in
Simplified radical form.
5x²-4x-3=6
MATCHING LIST
Question 6
Listen
Use the given equations and their discriminants to match them to the type and
number of solutions.
00
ed
two irrational solutions
a. x²+10x-2=-24
two rational solutions
b. 8x²+11x-3=7
one rational solution
c. 3x²+2x+7=2
two non-real solutions
d. x²+12x+45 = 9
DELL
FLOWER
CHILD
10/20
All Changes S
$681 22991
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