A Motorcycle starts from rest at t=0s on a circular track of 400 m radius. The tangential component of the cycle's acceleration is (2+0.2t) m/s². (A) At t=10s, determine the velocity and distance the motorcycle has moved along the track. (a) 30 m/s, 1033 m (b) 4 m/s, 103.3 m (c) 4 m/s, 1333 m (d) 30 m/s, 133.3 m (Answer) (B) Determine magnitude of the acceleration when t=10s. (a) 2.25 m/s? (b) 4.00 m/s² (c) 4.59 m/s? (Answer) (d) 5.65 m/s?

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Chapter12: Rotation I: Kinematics And Dynamics
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Please show me how you would solve the problem below algebraically (Please do not use calculus (integrals or derivatives)). Thank you very much for your help! I really appreciate it!

Problem 10
A Motorcycle starts from rest at t=0s on a circular track of 400 m radius. The tangential component of the cycle's
acceleration is (2+0.2t) m/s².
(A) At t=10s, determine the velocity and distance the motorcycle has moved along the track.
(a) 30 m/s, 1033 m
(b) 4 m/s, 103.3 m
(c) 4 m/s, 1333 m
(d) 30 m/s, 133.3 m (Answer)
(B) Determine magnitude of the acceleration when t=10s.
(a) 2.25 m/s?
(b) 4.00 m/s?
(c) 4.59 m/s²
(Answer)
(d) 5.65 m/s?
Transcribed Image Text:Problem 10 A Motorcycle starts from rest at t=0s on a circular track of 400 m radius. The tangential component of the cycle's acceleration is (2+0.2t) m/s². (A) At t=10s, determine the velocity and distance the motorcycle has moved along the track. (a) 30 m/s, 1033 m (b) 4 m/s, 103.3 m (c) 4 m/s, 1333 m (d) 30 m/s, 133.3 m (Answer) (B) Determine magnitude of the acceleration when t=10s. (a) 2.25 m/s? (b) 4.00 m/s? (c) 4.59 m/s² (Answer) (d) 5.65 m/s?
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