m Vibrations and Waves m 1 x➡ Im has a value of 0.8 kg and the spring constant k is 180Nm. At time to the mass is observ

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m Vibrations and Waves m 1 x➡ Im has a value of 0.8 kg and the spring constant k is 180Nm. At time to the mass is observ

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M Vibrations And Waves M 1 X Im Has A Value Of 0 8 Kg And The Spring Constant K Is 180nm At Time To The Mass Is Observ 1
M Vibrations And Waves M 1 X Im Has A Value Of 0 8 Kg And The Spring Constant K Is 180nm At Time To The Mass Is Observ 1 (40.51 KiB) Viewed 34 times
m Vibrations and Waves m 1 x➡ Im has a value of 0.8 kg and the spring constant k is 180Nm. At time to the mass is observed to be 0.04m further from the wall than the equilibrium position and is moving. away from the wall with v=0.9 m/sec. obtain an expression in the form for the displacement of the mass x = A cos (wt + p)
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