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A charged particle oscillates about its mean equilibrium position with a frerquency of `10^9 H_z`. The electromagnetic waves produced.A. will have frequency of `10^(9)` HzB. will have frequency of `2xx 10^(9)` HzC. will have wavelength of 0.3 mD. fall in the region of radiowaves |
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Answer» Correct Answer - A::B::C Given , frequency by which the charged particles oscillates about its mean equilibrium position `=10^(9)Hz` So frequency of electromagnetic waves produced by the charged particle is `v=10^(9) Hz.` Wavelength `lambda =(C)/(v) =(3xx 10^(8))/(10^(9)) =0.3m` Also, frequency of `10^(9)` Hz fall in the region of rediowaves. |
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