![]() ![]() The height that it bounces depends on the spring contanst of the It has stopped bouncing and and is only rolling When it bonces back up it has both potential and kinetic energyĪgain and this continues each time the ball bounces back up until Once it hits the floor the potential energy is 0 and it only has ![]() Velocity in the y direction is the speed that is gained from The velocity in the x direction is from the speed that the ball hadīefore it fell of the table - the force of wind resistance. It has Kinetic Energy in both the x and they y directions. ![]() The potentialĮnergy is basically the energy that gravity can "potentially" canĪct on it and the kinetic energyis the speed of the ball at that When it is falling of the table it both potentialĮnergy(PE=mass*gravity*height) and kinetic energy. Only Kinetic Energy (KE=1/2*mass*velocity^2). When the ball is rolling off the table the ball currently has What type of energy transforms when a ball rolling off a table bouncing on the floor until it stops? ![]()
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