T-Pop Tate has a mass of 100 kg and velocity of 1.0m's [N]. He collides with Ethel who has a mass of 50 kg and velocity of 4.0 m's [E]. Determine their final velocities if they hold onto each other (inelastic collision)? ---12 v - Coach Clayton and Mr. Lodge both have a mass of 80 kg. They have respective initial velocities of 1.0 m's [E] and 2.0 m/'s [N] and collide. Mr. Lodge ends up moving NE at 1.5 m's. Determine the final velocity of Coach Clayton. Check if it is relatively elastic or inelastic ex. If total initial kinetic energy was 100 J and heat loss was 0.1 J that is more elastic but if it is 40 J that is more inelastic for sure. p - An X-ray photon has a frequency of 5x 1010 Hz is moving East absorbed by a Hydrogen atom initially moving West at Im/s. Determine the final velocity of the Hydrogen atom and the heat loss in electronVolts (lev = 1.6*10-19 ]) - Nancy, Cheryl and Maria conduct an experiment in a particle accelerator. They cause two protons to collide perfectly elastically at 0.90 c (90% the speed of light) at an angle of 30" as shown below. Proton A ends up moving at 0.90 c [ Fwd 60" Up]. Determine the final velocity of the proton B. Answer in terms of the speed of light (ex. 0.50 c [NED). THIS QUESTION IS EXTRA CREDIT --15 309 p A B