- 3 Special Relativity Inelastic Collision 15 Points Two Particles Both Have The Same Rest Mass M And Collide Head On 1 (103.43 KiB) Viewed 29 times
Points)
Two particles both have the same rest mass m and collide
head on with each other. The collision is completely inelastic,
yielding a single combined mass. One colliding particle is incident
from the left with a speed of 0.90c. The other particle is incident
from the right with a speed of 0.59c.
(a) Calculate the relativistic energy and momentum of the
particle incident from the left.
(b) Calculate the relativistic energy and momentum of the
particle incident from the right.
(c) Write down energy-momentum four vectors for both particles
involved in the colli- sion.
(d) Write down the total energy-momentum four vector for the
system.
(e) Calculate the mass and velocity of the mass created by the
colliding particles. Is the mass moving to the left or to the
right?
3. Special Relativity: Inelastic Collision (15 Points) Two particles both have the same rest mass m and collide head on with each other. The collision is completely inelastic, yielding a single combined mass. One colliding particle is incident from the left with a speed of 0.90c. The other particle is incident from the right with a speed of 0.59c. (a) Calculate the relativistic energy and momentum of the particle incident from the left. (b) Calculate the relativistic energy and momentum of the particle incident from the right. (c) Write down energy-momentum four vectors for both particles involved in the colli- sion. (d) Write down the total energy-momentum four vector for the system. (e) Calculate the mass and velocity of the mass created by the colliding particles. Is the mass moving to the left or to the right?