Question4. A spring spring constant k=100N/m is fixed at thebottomoffrictionless plane inclined at angle 0=30° as shown in figune.A mass ofikgisprejecteddown the incined plane from theinitial+ymposition that is a distancod=10m from thespring with initial speed of =10 mls as shown in Fipure.Aa Yuhat is the s poedofmassasittouchesthe spring ?h) what isthe maximumcompressionoftou spingas the mass stops momen tarily?.c)if there was awithBfriction on thesurfao of pla meMe=0.3, what would be thenaximum compnession of thesprine!(Sdve the probbm using the conservation ofmechanical energ y)

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Description: Question4. A spring spring constant k=100N/m is fixed at thebottomoffrictionless plane inclined at angle 0=30° as shown in figune.A mass ofikgisprejecteddown the incined plane from theinitial+ymposition that is a distancod=10m from thespring with in

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Question4. A spring spring constant k-100N/m is fixed at tabottomf frictionless plane inclined at angle @=30° as shown in figune. A mass of ikgisprojecteddown the indined plane from the initial position thatisa distanco d=10m from the spring with initial speed of vo =10 mls ans shown in ayuhat is the s peedofmassasittouchesthe spring ? +y + A Fipure. n) whatis the maximumcompression of tousping as the mass stops momen tarily?. :)if there was a frictionon thesurfaco of pla me with B ,ל.ס what would be the

Question4. A spring spring constant k-100N/m is fixed at tabottomf frictionless plane inclined at angle @=30° as shown in figune. A mass of ikgisprojecteddown the indined plane from the initial position thatisa distanco d=10m from the spring with initial speed of vo =10 mls ans shown in ayuhat is the s peedofmassasittouchesthe spring ? +y + A Fipure. n) whatis the maximumcompression of tousping as the mass stops momen tarily?. :)if there was a frictionon thesurfaco of pla me with B ,ל.ס what would be the

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter8: Potential Energy And Conservation Of Energy

Section: Chapter Questions

Problem 82AP: Two bodies are interacting by a conservative force Show that the mechanical energy of an isolated...

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