A bell-ringer hits a massive bell using a 20-kg cylindrical log. The log is supported by two cords that behave like a rod. He normally uses a 200-N force P, at 60° with respect to the log, to push the log towards the bell. Assuming the two supports have negligible mass, determine the(a) normal and tangential accelerations of the log, and the (b) force developed at each support, at the instant when the cords are vertical and the angular velocity of the log is w = 6 rad/s, cw. P = 200 N w = 6 rad/s 1.5m e = 60A 0.5m. 0.75m 0.75m 0.5m
A bell-ringer hits a massive bell using a 20-kg cylindrical log. The log is supported by two cords that behave like a rod. He normally uses a 200-N force P, at 60° with respect to the log, to push the log towards the bell. Assuming the two supports have negligible mass, determine the(a) normal and tangential accelerations of the log, and the (b) force developed at each support, at the instant when the cords are vertical and the angular velocity of the log is w = 6 rad/s, cw. P = 200 N w = 6 rad/s 1.5m e = 60A 0.5m. 0.75m 0.75m 0.5m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A bell-ringer hits a massive bell using a 20-kg cylindrical log. The log is supported by two cords that behave like a rod. He
normally uses a 200-N force P, at 60° with respect to the log, to push the log towards the bell. Assuming the two supports
have negligible mass, determine the(a) normal and tangential accelerations of the log, and the (b) force developed at
each support, at the instant when the cords are vertical and the angular velocity of the log is w = 6 rad/s, cw.
P = 200 N
w= 6 rad/s
1.5m
e = 60A
0.5m
0.75m
0.75m
0.5m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd4231b3d-eb32-4800-93ac-b8fcace1f3e7%2Fc195a1b5-0505-4c53-8967-caf013c74dd6%2Fg9ezxyr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A bell-ringer hits a massive bell using a 20-kg cylindrical log. The log is supported by two cords that behave like a rod. He
normally uses a 200-N force P, at 60° with respect to the log, to push the log towards the bell. Assuming the two supports
have negligible mass, determine the(a) normal and tangential accelerations of the log, and the (b) force developed at
each support, at the instant when the cords are vertical and the angular velocity of the log is w = 6 rad/s, cw.
P = 200 N
w= 6 rad/s
1.5m
e = 60A
0.5m
0.75m
0.75m
0.5m
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