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10 Nov 2019
On the attached space-time diagram template, draw worldlines for the following particles: Be sure to specify units on the axes of the diagram. Particle A passes the point x = 0 at time t = 0 traveling at a constant speed v = 3 = 5 in the +x direction. Particle B passes the point x = 3s at t = 0 traveling at a constant speed v = 1 = 4 in the x direction. Particle C passes the point x = 0 at t = 2 s traveling at a speed v = 1=2 hut constantly decelerates from that speed to rest as time goes on. Particle 0 starts from rest at x = 0 at t = 2s and increases speed until it runs into a brick wall at x = 5 s and t = 4 s, whereupon it stops dead and remains at rest thereafter. A ash of light is emitted from position x = 5 s at time t = 1 s and then travels in the x direction. A ash of light is emitted from position x = 2 s at time t = 0 and then moves in the +x direction.
On the attached space-time diagram template, draw worldlines for the following particles: Be sure to specify units on the axes of the diagram. Particle A passes the point x = 0 at time t = 0 traveling at a constant speed v = 3 = 5 in the +x direction. Particle B passes the point x = 3s at t = 0 traveling at a constant speed v = 1 = 4 in the x direction. Particle C passes the point x = 0 at t = 2 s traveling at a speed v = 1=2 hut constantly decelerates from that speed to rest as time goes on. Particle 0 starts from rest at x = 0 at t = 2s and increases speed until it runs into a brick wall at x = 5 s and t = 4 s, whereupon it stops dead and remains at rest thereafter. A ash of light is emitted from position x = 5 s at time t = 1 s and then travels in the x direction. A ash of light is emitted from position x = 2 s at time t = 0 and then moves in the +x direction.