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Q.

An electron revolves around an infinite cylindrical wire having uniform linear charge density 2×108Cm1 in circular path under the influence of attractive electrostatic field as shown in the figure. The velocity of electron with which it is revolving is …….×106ms1. Given mass of electron = 9×1031kg.

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Detailed Solution

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For Circular motion 
eE=mv2reλ2πϵ0r=mv2rv=2πϵ0m=1.6×1019×2×108×2×9×1099×1031v=8×106m/sec

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An electron revolves around an infinite cylindrical wire having uniform linear charge density 2×10−8C m−1 in circular path under the influence of attractive electrostatic field as shown in the figure. The velocity of electron with which it is revolving is …….×106ms−1. Given mass of electron = 9×10−31kg.