The pendulum consists of a 20-kg uniform slender rod OA and a 25kg disk B as shown in Figure 2. The pendulum is subjected to a torque of 75N.m as shown. If the pendulum has an d angular velocity of 6ra- when 0 = 40°, determine the S angular acceleration of the pendulum and reactions of pin O at this instant. [20 Marks] CO2, PO2, WK3, WP1, C4 Figure 2help The pendulum consists of a 20-kg uniform slender rod OA and a 25 kg disk B as shown in Figure 2. The pendulum is subjected to a torque of 75 N.m as shown. If the pendulum has an angular velocity of 6 rad/s when 0-40°, determine the angular acceleration of the pendulum and reactions of pin O at this instant. 75 N.m 150 mm A 750 mm Figure 2 B
The pendulum consists of a 20-kg uniform slender rod OA and a 25kg disk B as shown in Figure 2. The pendulum is subjected to a torque of 75N.m as shown. If the pendulum has an d angular velocity of 6ra- when 0 = 40°, determine the S angular acceleration of the pendulum and reactions of pin O at this instant. [20 Marks] CO2, PO2, WK3, WP1, C4 Figure 2help The pendulum consists of a 20-kg uniform slender rod OA and a 25 kg disk B as shown in Figure 2. The pendulum is subjected to a torque of 75 N.m as shown. If the pendulum has an angular velocity of 6 rad/s when 0-40°, determine the angular acceleration of the pendulum and reactions of pin O at this instant. 75 N.m 150 mm A 750 mm Figure 2 B
Chapter1: Financial Statements And Business Decisions
Section: Chapter Questions
Problem 1Q
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![The pendulum consists of a 20-kg uniform slender rod
OA and a 25kg disk B as shown in
Figure 2. The pendulum is subjected to a torque of
75N.m as shown. If the pendulum has an
d
angular velocity of 6ra- when 0 = 40°, determine the
S
angular acceleration of the pendulum
and reactions of pin O at this instant.
[20 Marks]
CO2, PO2, WK3, WP1, C4
Figure 2help
The pendulum consists of a 20-kg uniform slender rod OA and a 25 kg disk B as shown in
Figure 2. The pendulum is subjected to a torque of 75 N.m as shown. If the pendulum has an
angular velocity of 6 rad/s when 0-40°, determine the angular acceleration of the pendulum
and reactions of pin O at this instant.
75 N.m
150 mm
A
750 mm
Figure 2
B](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fff191120-7b3d-4725-a504-7b0c071d1708%2Fadcba911-e016-4bb7-98ef-1a7e4ade945c%2Fwktsjgd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The pendulum consists of a 20-kg uniform slender rod
OA and a 25kg disk B as shown in
Figure 2. The pendulum is subjected to a torque of
75N.m as shown. If the pendulum has an
d
angular velocity of 6ra- when 0 = 40°, determine the
S
angular acceleration of the pendulum
and reactions of pin O at this instant.
[20 Marks]
CO2, PO2, WK3, WP1, C4
Figure 2help
The pendulum consists of a 20-kg uniform slender rod OA and a 25 kg disk B as shown in
Figure 2. The pendulum is subjected to a torque of 75 N.m as shown. If the pendulum has an
angular velocity of 6 rad/s when 0-40°, determine the angular acceleration of the pendulum
and reactions of pin O at this instant.
75 N.m
150 mm
A
750 mm
Figure 2
B
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