Two identical point charges having mag- nitude q each are placed as shown in the figure. Fig 1. Plot the variation of electric field on x-axis. 2. Where will the magnitude of electric field be maximum on x-axis? Find the maximum value of electric field on x-axis. 3. If we place a negative charge (of magnitude -q and mass m) at the mid point of charges and displaced along .x- axis, examine whether it will perform simple harmonic motion. If yes, then find the time period of oscillation of the particle.
Two identical point charges having mag- nitude q each are placed as shown in the figure. Fig 1. Plot the variation of electric field on x-axis. 2. Where will the magnitude of electric field be maximum on x-axis? Find the maximum value of electric field on x-axis. 3. If we place a negative charge (of magnitude -q and mass m) at the mid point of charges and displaced along .x- axis, examine whether it will perform simple harmonic motion. If yes, then find the time period of oscillation of the particle.
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Transcribed Image Text:Two identical point charges having mag-
nitude q each are placed as shown in the figure.
Fig
X
1. Plot the variation of electric field on x-axis.
2. Where will the magnitude of electric field be maximum
on x-axis? Find the maximum value of electric field on
x-axis.
3. If we place a negative charge (of magnitude —g and mass
m) at the mid point of charges and displaced along .x-
axis, examine whether it will perform simple harmonic
motion. If yes, then find the time period of oscillation of
the particle.
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