A proton moving with a constant velocity passes through a region of space without any change in its velocity. If E→ and B→ represent the electric and magnetic fields, respectively, then this region of space may havei E=0, B=0 ii E=0, B≠0iii E≠0, B=0 iv E≠0, B≠0
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a
i, ii and iii
b
ii, iii and iv
c
i, ii and iv
d
all
answer is C.
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Detailed Solution
Here the proton has no acceleration, so E = B = 0. When E = 0 but B≠0, but parallel to the motion of proton, there will be no force acting. When E≠0 and B≠0 and E, B and motion of proton (v) are mutually perpendicular, there may be no net force. Forces due to E and B cancel each other.
A proton moving with a constant velocity passes through a region of space without any change in its velocity. If E→ and B→ represent the electric and magnetic fields, respectively, then this region of space may havei E=0, B=0 ii E=0, B≠0iii E≠0, B=0 iv E≠0, B≠0