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HOTmike HOTmike
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6 years ago
A 2.00-lb weight hangs motionless from a spring and is seen to stretch the spring 8.00 in. from its free length.  It is pulled down an additional 1.00 in. and released.  Write the equation of motion of the weight, taking zero at the original (motionless) position.

a) x = sin 0.433t
b) x = cos 6.95t
c) x = cos 0.433t
d) x = sin 6.95t

Thanks
Source  Calter, Calter: Technical Mathematics with Calculus, 6th Edition
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HOTmike HOTmike
wrote...
Posts: 191
Rep: 0 0
6 years ago
A 2.00-lb weight hangs motionless from a spring and is seen to stretch the spring 8.00 in. from its free length.  It is pulled down an additional 1.00 in. and released.  Write the equation of motion of the weight, taking zero at the original (motionless) position.

a) x = sin 0.433t
b) x = cos 6.95t
c) x = cos 0.433t
d) x = sin 6.95t

Thanks
Textbook 
Hospitality Facilities Management and Design

Hospitality Facilities Management and Design


Edition: 4th
Authors:
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