a mass m =0.3kg related with horizontal sprig oscillates with sprig constant 30kg / sec 1 = Osec the mass is at x (t) lm with velocity * (t)=-2m / scc find the: (a) angular frequency
a mass m =0.3kg related with horizontal sprig oscillates with sprig constant 30kg / sec 1 = Osec the mass is at x (t) lm with velocity * (t)=-2m / scc find the: (a) angular frequency
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![a mass m =0.3kg related with horizontal sprig oscillates with sprig constant 30kg i sec*. At
1 = Osec the mass is at x (t)=lm with velocity i (1)-2m / scc find the:
(a) angular frequency
(b) period,
(c) frequency.
(d) amplitude A and initial phase,
(e) maximum velocity and maximum acceleration,
(f) total energy,
(g) potential energy and kinetic energy at the positionx (1) =A /3.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9f9601fb-eda5-48a2-898c-a7b24f97df2d%2Fdc044050-1bdb-4c0d-b745-be8e3345d8de%2Fwunjwx9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:a mass m =0.3kg related with horizontal sprig oscillates with sprig constant 30kg i sec*. At
1 = Osec the mass is at x (t)=lm with velocity i (1)-2m / scc find the:
(a) angular frequency
(b) period,
(c) frequency.
(d) amplitude A and initial phase,
(e) maximum velocity and maximum acceleration,
(f) total energy,
(g) potential energy and kinetic energy at the positionx (1) =A /3.
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