A mass weighing to Ib streatches Spring 13 inches; At. #= 10 second the mas is relased from is released from a point 18 inch below the equilibrium Position with upward velocity of 10 ft/see. Determined the equation of motion the period and the frequancy. note 1 ft = 12 inch un
A mass weighing to Ib streatches Spring 13 inches; At. #= 10 second the mas is relased from is released from a point 18 inch below the equilibrium Position with upward velocity of 10 ft/see. Determined the equation of motion the period and the frequancy. note 1 ft = 12 inch un
Related questions
Question
Transcribed Image Text:D
A mass
a spring 13 inches.
the
weighing to Ib streatches
At t= 10 Second
mas
un
".
is relased from a point 18 inch
below the equilibrium position with
upward velocity of 10 ft/see.
Determined the equation of motion
the period and the frequancy.
note
1 ft = 12 inch
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 3 steps with 3 images
