A 0.5kg ice hockey puck is tied to a 2m long string nailed down to an...

  

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A 0.5kg ice hockey puck is tied to a 2m long string nailed down to an ice-skating rink (assume frictionless ice). The hockey puck is rotating around in a circular path at the end of the taught string and takes 10 seconds to make 15 complete revolutions. What is the tangential velocity of the puck? What is the tension in the string? A 0.5kg ice hockey puck is tied to a 2m long string nailed down to an ice-skating rink (assume frictionless ice). The hockey puck is rotating around in a circular path at the end of the taught string and takes 10 seconds to make 15 complete revolutions. What is the tangential velocity of the puck? What is the tension in the string?

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