assuming the mass of the hockey puck =169.7 g the surface has a coefficient of friction...

assuming the

mass of the hockey puck =169.7 g

the surface has a coefficient of friction = 0.1

puck's time on the hockey stick = 0.0375s

the puck travelled 0.85m while on the hockey stick

Draw a free body diagram of the puck while it is on the stick
What acceleration does the puck experience?
What net force does the puck experience?
What applied force does the stick provide?
Draw another free body diagram of the puck once it has left the stick
How long does it take for the puck to come to a stop?
How far will the puck travel before it comes to a stop?

Expert Solution

the given question can be solved using conservation law or using kinematics equation I have solve the given question by kinetics equation

genius_generous answered 2 years ago

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