(3) Two protons are initially both traveling with velocity i= -1.91 x 10°m/sj while sepa- rated by a distance of 54.8 fm. While these protons interact, they will begin to move away from one another and end up infinitely far away from one another. (a) Draw a picture of the protons in their initial state. Label the separation and the velocity on the image. Be sure to include a labeled set of axes. (b) What is the closest separation between these protons during their motion? (c) When the protons are infinitely far apart, one will have a speed which is 4.53 times larger than the other proton. What are the final velocities of these protons?

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-1.91 x 10°m/sj while sepa-
(3) Two protons are initially both traveling with velocity o =
rated by a distance of 54.8 fm. While these protons interact, they will begin to move away
from one another and end up infinitely far away from one another.
(a) Draw a picture of the protons in their initial state. Label the separation and the
velocity on the image. Be sure to include a labeled set of axes.
(b) What is the closest separation between these protons during their motion?
(c) When the protons are infinitely far apart, one will have a speed which is 4.53 times
larger than the other proton. What are the final velocities of these protons?
(d) Draw a picture of the protons in their final state. Use the same orientation of axes
from part (a). Label the velocities on the image.
Transcribed Image Text:-1.91 x 10°m/sj while sepa- (3) Two protons are initially both traveling with velocity o = rated by a distance of 54.8 fm. While these protons interact, they will begin to move away from one another and end up infinitely far away from one another. (a) Draw a picture of the protons in their initial state. Label the separation and the velocity on the image. Be sure to include a labeled set of axes. (b) What is the closest separation between these protons during their motion? (c) When the protons are infinitely far apart, one will have a speed which is 4.53 times larger than the other proton. What are the final velocities of these protons? (d) Draw a picture of the protons in their final state. Use the same orientation of axes from part (a). Label the velocities on the image.
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