"In Bohr's atomic model, the electron is assumed to revolve in a circular orbit of radius 0.5 $\mathop A\limits^o$. If the speed of electron is 2.2 $\times$ 166 m/s, then the current associated with the electron will be _____________ $\times$ 10$-$2 mA. [Take $\pi$ as ${{22} \over 7}$]"

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Accepted Answer

"$I = {e \over T} = {{e\omega } \over {2\pi }} = {{eV} \over {2\pi r}}$

$$I = {{1.6 \times {{10}^{ - 19}} \times 2.2 \times {{10}^6} \times 7} \over {2 \times 22 \times 0.5 \times {{10}^{ - 10}}}}$$

= 1.12 mA

= 112 $\times$ 10^$-$2 mA"

In Bohr's atomic model, the electron is assumed to revolve in a circular orbit of radius 0.5 $\mathop A\limits^o$. If the speed of electron is 2.2 $\times$ 16⁶ m/s, then the current associated with the electron will be _____________ $\times$ 10^$-$2 mA. [Take $\pi$ as ${{22} \over 7}$]

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In Bohr's atomic model, the electron is assumed to revolve in a circular orbit of radius 0.5 $\mathop A\limits^o$. If the speed of electron is 2.2 $\times$ 166 m/s, then the current associated with the electron will be _____________ $\times$ 10$-$2 mA. [Take $\pi$ as ${{22} \over 7}$]

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In Bohr's atomic model, the electron is assumed to revolve in a circular orbit of radius 0.5 $\mathop A\limits^o$. If the speed of electron is 2.2 $\times$ 16⁶ m/s, then the current associated with the electron will be _____________ $\times$ 10^$-$2 mA. [Take $\pi$ as ${{22} \over 7}$]