MA | 262 | Linear Algebra and Differenti...
MA | 262 | Linear Algebra and Differential Equations | exam |MA262 — FINAL EXAM — SPRING 2016 — MAY 2, 2016 TEST NUMBER 01 INSTRUCTIONS: 1. Do not open the exam booklet until you are instructed to do so. 2. Before you open the booklet fill in the information below and use a # 2 pencil to fill in the required information on the scantron. 3. MARK YOUR TEST NUMBER ON YOUR SCANTRON 4. Once you are allowed to open the exam, make sure you h
Showing 9-12 out of 12
MA | 262 | Linear Algebra and Differential Equatio...
MA | 262 | Linear Algebra and Differential Equations | exam |MA262 — FINAL EXAM — SPRING 2016 — MAY 2, 2016 TEST NUMBER 01 INSTRUCTIONS: 1. Do not open the exam booklet until you are instructed to do so. 2. Before you open the booklet fill in the information below and use a # 2 pencil to fill in the required information on the scantron. 3. MARK YOUR TEST NUMBER ON YOUR SCANTRON 4. Once you are allowed to open the exam, make sure you h
MA | 262 | Linear Algebra and Diffe...
MA | 262 | Linear Algebra and Differential Equations | exam |MA262 — FINAL EXAM — SPRING 2016 — MAY 2, 2016 TEST NUMBER 01 INSTRUCTIONS: 1. Do not open the exam booklet until you are instructed to do so. 2. Before you open the booklet fill in the information below and use a # 2 pencil to fill in the required information on the scantron. 3. MARK YOUR TEST NUMBER ON YOUR SCANTRON 4. Once you are allowed to open the exam, make sure you h
Page 9
15.
It is given that
y
p
=
-
1
2
x
cos
x
is a particular solution to the differential equation
y
′′
+
y
= sin
x
.
Let
y
be the solution to the initial value problem
y
′′
+
y
= sin
x, y
(0) = 0
,y
(0) = 1
.
Find the value of
y
(
π
2
).
A.
π
4
B. 3
π
C.
3
2
D.
1
2
E. 1
16.
Find all the values of
a
and
b
such that the system of equations
x
1
+2
x
3
=1
x
1
+3
x
2
+
x
3
=0
x
1
+
ax
3
=
b
has
infinitely many solution.
A.
a
=1
,b
=2
B.
a
̸
=2
,b
̸
=1
C.
a
=2
,b
̸
=1
D.
a
̸
=1
,b
̸
=2
E.
a
=2
,b
=1


Page 10
17.
For the inverse of the matrix
0
3
0
2
1
1
4
4
1
, the entry in the third row and second column is
A. 2
B.
-
1
C. 3
D.
-
6
E. 4
18.
If
y
1
=
t
4
is a solution of the differential equation
t
2
y
′′
-
7
ty
+ 16
y
= 0 for
t>
0, and
y
2
=
y
1
v
is another solution of the same differential equation, then
v
satisfies which of the following
equation?
A.
t
2
v
′′
-
7
tv
+ 16
v
=0
B.
tv
′′
+
v
=0
C.
tv
+4
v
=0
D.
tv
′′
-
v
=0
E.
tv
-
4
v
=0


Page 11
19.
Let
A
=
[
3
4
4
-
3
]
.
The eigenvalues of
A
are
λ
1
= 5 and
λ
2
=
-
5
,
and corresponding eigenvectors
are
V
1
=
[
2
1
]
and
V
2
=
[
1
-
2
]
.
Let
x
(
t
) be the solution to the initial value problem
x
(
t
)=
A
x
(
t
)
,
x
(0) =
[
4
-
3
]
.
Then
x
(
1
5
ln 2) is equal to
A.
x
(
1
5
ln 2) =
[
1
3
]
B.
x
(
1
5
ln 2) =
[
5
0
]
C.
x
(
1
5
ln 2) =
[
2
7
]
D.
x
(
1
5
ln 2) =
[
4
9
]
E.
x
(
1
5
ln 2) =
[
1
2
]


Page 12
20.
Find a particular solution of the following system of nonhomogeneous differential equations
x
=
[
1
1
4
-
2
]
x
+
[
1
0
]
e
-
2
t
.
of the form
x
p
(
t
)=
e
-
2
t
[
a
b
]
.
A.
x
p
(
t
)=
e
-
2
t
[
0
-
1
]
B.
x
p
(
t
)=
e
-
2
t
[
1
1
]
C.
x
p
(
t
)=
e
-
2
t
[
2
3
]
D.
x
p
(
t
)=
e
-
2
t
[
1
2
]
E.
x
p
(
t
)=
e
-
2
t
[
3
4
]


Ace your assessments! Get Better Grades
Browse thousands of Study Materials & Solutions from your Favorite Schools
Purdue University-Main Ca...
Purdue_University-Main_Campus
School:
Linear_Algebra_and_Differential_Equations
Course:
Great resource for chem class. Had all the past labs and assignments
Leland P.
Santa Clara University
Introducing Study Plan
Using AI Tools to Help you understand and remember your course concepts better and faster than any other resource.
Find the best videos to learn every concept in that course from Youtube and Tiktok without searching.
Save All Relavent Videos & Materials and access anytime and anywhere
Prepare Smart and Guarantee better grades

Students also viewed documents