×
units
abc
abc
abc
vector
logic
function
standard
α
β
δ
γ
ϵ
ζ
η
θ
ι
κ
λ
μ
ν
ξ
ο
π
ρ
σ
τ
υ
φ
χ
ψ
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Λ
Ξ
Σ
Φ
Ψ
Ω
abc
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(
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C
↑
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x
y
units
abc
abc
abc
vector
logic
function
standard
Q
W
E
R
T
Y
U
I
O
P
A
S
D
F
G
H
J
K
L
shift
Z
X
C
V
B
N
M
greek
↵
(
)
C
↑
←
↓
→
x
y
units
abc
abc
abc
vector
logic
function
standard
q
w
e
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y
u
i
o
p
a
s
d
f
g
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shift
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c
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greek
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C
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x
y
units
abc
abc
abc
vector
logic
function
standard
7
8
9
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4
5
6
−
1
2
3
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a
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x
y
units
abc
abc
abc
vector
logic
function
standard
p
∧
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φ
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>
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N
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∪
⊂
q
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Q
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↵
(
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C
↑
←
↓
→
x
y
a
units
abc
abc
abc
vector
logic
function
standard
7
8
9
+
4
5
6
−
1
2
3
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.
0
=
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a
■
>
log
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abc
abc
abc
vector
logic
function
standard
7
8
9
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4
5
6
−
1
2
3
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.
0
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×
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×
√
a
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all
≤
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none
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(
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C
↑
←
↓
→
x
y
units
abc
abc
abc
vector
logic
function
standard
m
g
s
N
K
°C
cd
J
W
C
A
V
Ω
T
H
F
dB
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mol
M
eV
Pa
bar
rad
n
μ
m
c
d
da
h
k
M
G
units
↵
(
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C
↑
←
↓
→
x
y
units
abc
abc
abc
vector
logic
function
standard
7
8
9
+
4
5
6
−
1
2
3
÷
.
0
=
×
∗
×
√
a
■
>
log
sin
∧
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π
≥
|
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none
↵
(
)
C
↑
←
↓
→
x
y
Edit
1
2
Eigenvalues and eigenvectors: Eigenvalues and eigenvectors
Solving an eigenvalue problem
Solve the eigenvalue problem for the matrix
In other words, determine the eigenvalues and vectors.
Response in the form of lists, and enter vectors with the input help in.
For example:
and
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×
units
abc
abc
abc
vector
logic
function
standard
7
8
9
+
4
5
6
−
1
2
3
÷
.
0
=
×
∗
×
√
a
■
>
log
sin
∧
e
<
ln
cos
∨
π
≥
|
|
tan
all
≤
!
°
none
↵
(
)
C
↑
←
↓
→
x
y