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a material point,which has mass m, slips along the inner surface of the cone. If the tangential direction of the cone, initial velocity v_1=3.3m/s, the material point doesn't go under the vertical distance h. (a) what is vertical distance h? (b) after approach vertical distance h, how about the kinetics of the material point? Explain with free body diagram. please use kinetic energy and potential energy 2 m

a material point,which has mass m, slips along the inner surface of the cone. If the tangential direction of the cone, initial velocity v_1=3.3m/s, the material point doesn't go under the vertical distance h. (a) what is vertical distance h? (b) after approach vertical distance h, how about the kinetics of the material point? Explain with free body diagram. please use kinetic energy and potential energy 2 m

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a material point,which has mass m, slips along the inner surface of the cone. If the tangential direction of the cone, initial velocity v_1=3.3m/s, the material point doesn't go under the vertical distance h. (a) what is vertical distance h? (b) after approach vertical distance h, how about the kinetics of the material point? Explain with free body diagram. please use kinetic energy and potential energy 2 m
Transcribed Image Text:a material point,which has mass m, slips along the inner surface of the cone. If the tangential direction of the cone, initial velocity v_1=3.3m/s, the material point doesn't go under the vertical distance h. (a) what is vertical distance h? (b) after approach vertical distance h, how about the kinetics of the material point? Explain with free body diagram. please use kinetic energy and potential energy 2 m
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