A small body of mass 0.5kg is allowed to slide on an inclined frictionless track from rest position as shown in fig. If h is double the minimum height required to complete loop sucessfully, calculate the force on the block at position H in newton.

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Gagan jeet · Answer

Total force will be normal force at that point + centrifugal force Therefore, F= mv^2/r + mg Since to complete a circle v=√5gr Therefore F= 5mg + mg = 6mg = 30N

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A small body of mass 0.5kg is allowed to slide on an inclined frictionless track from rest position as shown in fig. If h is double the minimum height required to complete loop sucessfully, calculate the force on the block at position H in newton.

A small body of mass 0.5kg is allowed to slide on an inclined frictionless track from rest position as shown in fig. If h is double the minimum height required to complete loop sucessfully, calculate the force on the block at position H in newton.

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A small body of mass 0.5kg is allowed to slide on an inclined frictionless track from rest position as shown in fig. If h is double the minimum height required to complete loop sucessfully, calculate the force on the block at position H in newton.

A small body of mass 0.5kg is allowed to slide on an inclined frictionless track from rest position as shown in fig. If h is double the minimum height required to complete loop sucessfully, calculate the force on the block at position H in newton.

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