Consider the charged particles akotched below: K etfectively one-dimensional Collision courst with b) Explain why it was appropriate to use conservalion of energy to solve this problem. c) Once again, fnd the distance of alosest approach between the two particles. This time, however, u the equations of motion approach (N2). 10 ( Cmenanive rce Guied Tournh HINT: The v rule wl make your ie much simpler. a) Using oonservation of energy, find the distance of closest epproach between the two particles.
Consider the charged particles akotched below: K etfectively one-dimensional Collision courst with b) Explain why it was appropriate to use conservalion of energy to solve this problem. c) Once again, fnd the distance of alosest approach between the two particles. This time, however, u the equations of motion approach (N2). 10 ( Cmenanive rce Guied Tournh HINT: The v rule wl make your ie much simpler. a) Using oonservation of energy, find the distance of closest epproach between the two particles.
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Transcribed Image Text:Consider the charged particles sketched below:
K etfectively
one-dimensional
+q,
Collision courst
b) Explain why it was appropriate to use conservalion of energy to solve this problem.
with 9.
c) Once again, find the distance of closest approach betwoen the two particles. This time, however, use
the equations of motion approach (N2).
HINT: The v rule wl make your ie much simpler.
10 ( Cwrsenetive Forces Gued Tour.nh
a) Using conservstion of energy, find the distance of closest epproach between the two particles.
my T
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