uestion: A small marble of mass m slides frictionlessly with constant speed on the inner surface of an inverted right circular cone , with opening angle , so that its path traces out a horizontal circle. Using what we've learned about energy conservation , find the relationship between the marble's kinetic and poten
uestion: A small marble of mass m slides frictionlessly with constant speed on the inner surface of an inverted right circular cone , with opening angle , so that its path traces out a horizontal circle. Using what we've learned about energy conservation , find the relationship between the marble's kinetic and poten
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Physics
Question: A small marble of mass m slides frictionlessly with constant speed on the inner surface of an inverted right circular cone , with opening angle , so that its path traces out a horizontal circle. Using what we've learned about energy conservation , find the relationship between the marble's kinetic and potential energy
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