Kinetic Energy The energy of mass in motion.

Name (First and Last) Who is your teacher? Goodner Stevens Watch the simulation. Pay attention to the change in Kinetic Energy based on position. What conclusion can be made about the relationship between the position of the roller coaster and kinetic energy?As the height _ the kinetic energy _. Watch the simulation. Pay attention to the change in Kinetic Energy based on position. What conclusion can be made about the relationship between the position of the roller coaster and kinetic energy?As the position _, the kinetic energy _. Using the GUESS method, solve the problem below Calculate the Kinetic Energy (KE) of a car that has a mass of 1000kg and is moving at the rate of 20m m=1000kg v=20m KEE: KE= 1 KE = 1 (1000kg)(20m KE = 200,000 J Using the GUESS method solve the problem below. A car weighs roughly 1,302 kg and is moving at 20 m What is the Kinetic energy? G: m=1,302 kg v=20m KEE: KE= 1 KE = 1 (1302kg)(20m KE = 260,400 J Thomas swings a 2kg bat at a velocity of 20m How much Kinetic Energy could he give to the ball? Don't forget about GUESS