attached o a spring stretches it is pulled 2 ft below its A mass ½ ft. If the mass ezuilibrium position and released, find, formula for the position of the mass O the amyplituda, periód, and freguency of the motion . (0) a at any time t,
attached o a spring stretches it is pulled 2 ft below its A mass ½ ft. If the mass ezuilibrium position and released, find, formula for the position of the mass O the amyplituda, periód, and freguency of the motion . (0) a at any time t,
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![Example No. 1
attached to a
spring stretehes it
is pulled 2 ft below its
A mass
½ ft.
げ the ma ss
ezuilibrium position and released, find,
(0) a formu la for the position of the mass at
O the amyalitude , period, and frequency
time t,
any
of he motion .](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F76d10253-30ea-4aec-a275-c2256f2705c5%2F9bbe4135-4499-46eb-b8cf-65f2154022fa%2Fr39gw6f_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Example No. 1
attached to a
spring stretehes it
is pulled 2 ft below its
A mass
½ ft.
げ the ma ss
ezuilibrium position and released, find,
(0) a formu la for the position of the mass at
O the amyalitude , period, and frequency
time t,
any
of he motion .
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