The pendulum is composed (m=8kg, L=2m).The pendulum position shown. 2 m 2 m by two identical rods is initially at rest, at the M=200 N-m 29. Determine the moment of inertia (in kg-m^2) of the pendulum about point A: a. 21.3 b. 26.7 d. 58.7 30. Determine the angular velocity(in rad/s) after rotating 90° CCW a. 1.63 b. 3.84 d. 253 c. 42.7 d. 7.33 31. Determine the angular acceleration (in rad/s2) after rotating 90° CCW a. 1.63 b. 3.84 c. 4.01 b.64 d. 7.33 32. Determine the horizontal reaction at A (in N) after rotating 90° CCW a. 0 c. 4.01 c. 157.
The pendulum is composed (m=8kg, L=2m).The pendulum position shown. 2 m 2 m by two identical rods is initially at rest, at the M=200 N-m 29. Determine the moment of inertia (in kg-m^2) of the pendulum about point A: a. 21.3 b. 26.7 d. 58.7 30. Determine the angular velocity(in rad/s) after rotating 90° CCW a. 1.63 b. 3.84 d. 253 c. 42.7 d. 7.33 31. Determine the angular acceleration (in rad/s2) after rotating 90° CCW a. 1.63 b. 3.84 c. 4.01 b.64 d. 7.33 32. Determine the horizontal reaction at A (in N) after rotating 90° CCW a. 0 c. 4.01 c. 157.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
P2
![The pendulum is composed
(m=8kg, L-2m).The pendulum
position shown.
2 m
2 m
by two identical rods
is initially at rest, at the
M=200 N-m
29. Determine the moment of inertia (in kg-m^2) of the
pendulum about point A:
a. 21.3
b. 26.7
d. 58.7
30. Determine the angular velocity(in rad/s) after rotating
90° CCW
a. 1.63
b. 3.84
d. 253
c. 42.7
d. 7.33
31. Determine the angular acceleration (in rad/s") after
rotating 90° CCW
a. 1.63
b. 3.84
c. 4.01
b.64
d. 7.33
32. Determine the horizontal reaction at A (in N) after
rotating 90° CCW
a. 0
c. 4.01
c. 157](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffd0ad285-993a-4693-bd2d-c219acf44c8e%2Fb1645caa-78d5-40d1-8faa-fec7f333b5fb%2Foroprsl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The pendulum is composed
(m=8kg, L-2m).The pendulum
position shown.
2 m
2 m
by two identical rods
is initially at rest, at the
M=200 N-m
29. Determine the moment of inertia (in kg-m^2) of the
pendulum about point A:
a. 21.3
b. 26.7
d. 58.7
30. Determine the angular velocity(in rad/s) after rotating
90° CCW
a. 1.63
b. 3.84
d. 253
c. 42.7
d. 7.33
31. Determine the angular acceleration (in rad/s") after
rotating 90° CCW
a. 1.63
b. 3.84
c. 4.01
b.64
d. 7.33
32. Determine the horizontal reaction at A (in N) after
rotating 90° CCW
a. 0
c. 4.01
c. 157
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