Hockey Puck On Ice Physics

A hockey stick of mass m s and length l is at rest on the ice which is assumed to be frictionless.

Hockey puck on ice physics. Hockey pucks are made of vulcanized rubber and are frozen between games. The puck can be considered neither at rest nor in equilibrium. If you want the puck to stay on the ice and not bounce all over the ice you need to freeze it to reduce the elasticity. A hockey puck on a frozen pond is given an initial speed of 20 0 m s.

What is a hockey puck made of. Thanks to the vulcanization process this material allows for the puck to be hard durable and smooth. Hockey stick and puck physics question. Like the weight how thick an ice hockey puck is also remains the same throughout all levels of ice hockey.

Hockey pucks are frozen prior to being used in a game. They are colored black in order to be highly visible against the surface of the ice. Depending on the direction of the 15n force it may lift the puck. You need to work on force diagram to solve this first isolate the puck find a system of coordinates if it sits on the floor you will have weight normal friction and for a moment you will have these 15n acting on the puck.

The puck is moving and thus not in equi librium. Which of the following is true. Physics please help three forces act on a hockey puck as it slides across the ice and it is in equilibrium. The rubber based logos are silk screened onto one of the faces of the pucks.

Although ice is very slippery there will be a frictional force between it and the puck which acts against the forward motion meaning you must account for it. A puck with mass m p hits the stick a distance d from. A hockey puck slides across the ice at a con stant speed. It is in.

Ice hockey pucks are made of vulcanized rubber with bonding materials. Former petroleum engineer learning and teaching physics. If the puck always remains on the ice and slides 115 m before coming to rest determine the coefficient of kinetic friction between the puck and ice. The velocity and force with which a puck can be shot in an ice hockey game can get a little bit scary.

At a fundamental level friction is a complicated interaction but these complexities can be captured with a simple model of friction which is found experimentally for different materials.