Which of the Following Potential Energy Curves in Fig. Cannot Possibly Describe the Elastic Collision of Two Billiard Balls? Here R is Distance Between Centres of the Balls. - Physics | Shaalaa.com

Consider the collision between the two billiard balls of Fig. 2.1. Table 2.1 gives the four velocities measured in frame S. (a) Use the classical velocity-addition formula, Eq. (1.41), to verify that the velocities measured in S^' would be as given in Table 2.2 if S and S^' were related classically. (b) Verify that the correct relativistic answers given in Table 2.3 reduce to the values of Table 2.2 if all speeds are much less than c. | Numerade

[GET ANSWER] two billiard balls approach each other with the same speed they collide in a perfectly elastic collision what would be their velocities after collision zero same in magnitude and direction 03027

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