4. A leggo of mass 12 g slides along a frictionless surface with an initial speed of 2.6 m/s. (A) If the leggo slides up

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4. A leggo of mass 12 g slides along a frictionless surface with an initial speed of 2.6 m/s. (A) If the leggo slides up

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4 A Leggo Of Mass 12 G Slides Along A Frictionless Surface With An Initial Speed Of 2 6 M S A If The Leggo Slides Up 1
4 A Leggo Of Mass 12 G Slides Along A Frictionless Surface With An Initial Speed Of 2 6 M S A If The Leggo Slides Up 1 (37.3 KiB) Viewed 21 times
4 A Leggo Of Mass 12 G Slides Along A Frictionless Surface With An Initial Speed Of 2 6 M S A If The Leggo Slides Up 2
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4 A Leggo Of Mass 12 G Slides Along A Frictionless Surface With An Initial Speed Of 2 6 M S A If The Leggo Slides Up 3
4 A Leggo Of Mass 12 G Slides Along A Frictionless Surface With An Initial Speed Of 2 6 M S A If The Leggo Slides Up 3 (37.3 KiB) Viewed 21 times
4. A leggo of mass 12 g slides along a frictionless surface with an initial speed of 2.6 m/s. (A) If the leggo slides up a ramp and comes to rest, at what height does the leggo come to rest? (B) If the leggo moves with an initial speed of 2.6 m/s and slides into an uncompressed spring (k = 6.2 kg/s?) on a smooth horizontal surface, what is the maximum compression of the spring by the Leggo? wwwm (C) If the leggo moves with an initial speed of 2.6 m/s and slides into an uncompressed spring (k = 6.2 kg/s) on a smooth horizontal surface, what is the velocity of the leggo when it has compressed the spring 5.1 cm? (D) A leggo is released from rest while it compresses a spring 8.6 cm. After leaving the spring (i.e. the spring completely decompresses), the leggo then moves up a ramp. If the spring constant of the spring is 6.2 kg/s, find the final speed of the of the leggo after it slides up the ramp. AH - 18 cm
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