A) At \[t=\frac{{{T}_{0}}}{2},\] coordinates of charge are \[\left( \frac{{{P}_{0}}}{2},\,0,\,-2{{R}_{0}} \right)\]
B) At\[t=\frac{3{{T}_{0}}}{2},\] coordinates of charge are \[\left( \frac{3{{P}_{0}}}{2},\,0,\,2{{R}_{0}} \right)\]
C) Two extremes from x-axis are at a distance \[2{{R}_{0}}\] from each other
D) Two extremes from x-axis are at a distance \[4{{R}_{0}}\] from each other
Correct Answer: C
Solution :
At \[t=\frac{{{T}_{0}}}{2},\,\,x=\frac{{{P}_{0}}}{2}\] \[\theta =\pi ;\,\,y=0\] and \[z=-2{{R}_{0}}\] At \[t=\frac{3{{T}_{0}}}{2},\,\,x=\frac{3{{P}_{0}}}{2}\] \[\theta =\pi ,\] \[y=0\] and \[z=2{{R}_{0}}\] Maximum distance \[4{{R}_{0}}\]. Here, three options are correct exceptane.You need to login to perform this action.
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