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60deg/s constant CCW angular velocity of the rider's thigh (upper leg), solve the mechanism kinematics and find the bicycle linear velocity and acceleration at this instant. Assume the gear ratio of the bicycle is 1.5. Hint: Use a fixed axis kinematics method with the x- axis along the 61 cm frame from the crank center to rider's pelvis.

60deg/s constant CCW angular velocity of the rider's thigh (upper leg), solve the mechanism kinematics and find the bicycle linear velocity and acceleration at this instant. Assume the gear ratio of the bicycle is 1.5. Hint: Use a fixed axis kinematics method with the x- axis along the 61 cm frame from the crank center to rider's pelvis.

Elements Of Electromagnetics
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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53 B 36 19 a = 30° B = 79⁰ Y = 0° 0 = 81° 36 radius Find the velocity and acceleration of the bicycle. 4 bar linkage problem. 60deg/s constant CCW angular velocity of the rider's thigh (upper leg), solve the mechanism kinematics and find the bicycle linear velocity and acceleration at this instant. Assume the gear ratio of the bicycle is 1.5. Hint: Use a fixed axis kinematics method with the x- axis along the 61 cm frame from the crank center to rider's pelvis.
Transcribed Image Text:53 B 36 19 a = 30° B = 79⁰ Y = 0° 0 = 81° 36 radius Find the velocity and acceleration of the bicycle. 4 bar linkage problem. 60deg/s constant CCW angular velocity of the rider's thigh (upper leg), solve the mechanism kinematics and find the bicycle linear velocity and acceleration at this instant. Assume the gear ratio of the bicycle is 1.5. Hint: Use a fixed axis kinematics method with the x- axis along the 61 cm frame from the crank center to rider's pelvis.
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