The photo provides all of the information the questions I am having trouble on ask: What then, is the momentum of the block after the collision. And, what is the velocity of the block after the collision? A 0.180-kg round puck is placed inside a horizontal spring-loaded launcher placedon a frictionless surface. The spring is released and the puck leaves the launcher with2.50 J of kinetic energy, and slides across the frictionless surface until it strikes a 0.300-kgsquare block at rest on the surface.BeforeAfterThob uove oiillos 2osm1 = 0.180 kgm2 = 0.300 kg1. What was the puck's velocity just before striking the block?mass of puck: m= 0o180 KgKineticK'E-Ź mv?2.50 ラx 0.180×く?energy;KE= 250 J0.180V-5.269 m/s2. What was the puck's momentum just before striking the block?momen tu mi P- muP = 0.180 x 5.269 kg m/smemintum just bef cre Striking theblock 0.948 kg m/S%3D3. After striking the block, the puck bounces backwards with a velocity of -1.10 m/s.What is its momentum after this collision? Don't forget about the sign. (You don'tknow if the collision is elastic.)v=-1. 10 m/smomentum: $ =mỹ0.180x (-1.10)- l0.198 kg m=こmomint um attercollision

Name: The photo provides all of the information the questions I am having tr
Uploaded: 2024-03-20T06:57:37.000Z
Channel: Bartleby
Description: The photo provides all of the information the questions I am having trouble on ask: What then, is the momentum of the block after the collision. And, what is the velocity of the block after the collision? A 0.180-kg round puck is placed inside a hori