Which is TRUE about elastic and inelastic collisions? * KE and momentum are conserved in both elastic and inelastic collision. KE is conserved on both but O momentum is not conserved in inelastic collision. KE and momentum is not conserved in inelastic collision while there is no transformation of energy and change in momentum in elastic collision. KE and momentum is conserved in inelastic collision while there is a transformation of energy and change in momentum in elastic collision. Correct answer not found

Which is TRUE about elastic and inelastic collisions? * KE and momentum are conserved in both elastic and inelastic collision. KE is conserved on both but O momentum is not conserved in inelastic collision. KE and momentum is not conserved in inelastic collision while there is no transformation of energy and change in momentum in elastic collision. KE and momentum is conserved in inelastic collision while there is a transformation of energy and change in momentum in elastic collision. Correct answer not found

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

An archer shoots an arrow towards a 300 g target that is sliding in her direction at a speed of 2.50 m/s ona smooth frictionless surface. The 22.5 g arrow is shot with a speed of 35 m/s and passes through thetarget without changing the mass of the target, which is stopped by the impact. Calculate the speed of thearrow after passing through the target
A ball of mass 2-kg is traveling to the right with a speed of 10 m/s. Another ball of mass 8-kg is traveling to the left with a speed of 25 m/s. e= 0.8 Determine: a) The speed and direction of each ball after this head on collision b) The energy lost as a result of this collision c) Where do you think this energy went?
can you answer the first 3, thanks!
When an inelastic material is in a collision, (A) the work done to deform the material is equal to the work done to return the material to its original shape. B the work done to deform the material is equal to the increase in the system's total kinetic energy. C some of the work done to deform the material is converted to other forms of energy. No answer the work done to deform the material is equal to the work the material does to other objects in the E collision.
In a rail yard a freight train car moving at speed v strikes two identical cars at rest (see figure below). Neglecting any resistance to rolling, find the common velocity of the three-car system after coupling has been completed and any associated vibrations have died out. State you answer in terms of the leftmost car's velocity v. You can assume all three cars have equal mass.
they are all related to each other if possible can you explain what is the reason for the answer
solve in clear and understable solution
Please help. Thank you:) This is the website simulation that will be using: https://ophysics.com/e2.html
24 1
A 50 kg teen running 6 m/s jumps onto a 6 kg skateboard that is stationary. After he jumps on, the combined speed of the skateboard and the teen is 5.4 m/s. The kinetic energy lost in the collision is: A. both 11% and 96 joules B. 96 j C. 11% D. 0
1. The dynamics TAs want to do an experiment with bowling balls to figure out their velocity after colliding. Bowling ball A has a mass of 3kg and is moving at 8 m/s to the right and it makes a direct collision with bowling ball B, which has a mass of 2 kg and is moving 4 m/s to the left. If e=0.7, what is the velocity and direction of each bowling ball just after the collision. You can neglect the size of the bowling balls. [Ans. To Check: va=0.16m/s←] 8 m/s 4m/s B
A bullet of mass 20 g is fired into ballistic pendulum of mass 3 kg initially at rest. The bullet exists from the other side of the ballistic pendulum with speed of 100 m/s while the ballistic pendulumswing throw an arc reaching a maximum height of 20.41 cm. a. calculate the speed of the ballistic pendulum just after the collision. b. calculate the speed of the ballet before it hits the ballisic pendulum. c. calculate the lost kinetic energy in this collision.