In a simple picture of the hydrogen atom,the electron moves in circular orbits around the central proton attracted by the Coulomb force.The lowest (n = 1)energy orbit that is allowed for the electron is at a radius of 5.29 $\times$ 10^-11 m and the second (n = 2)lowest allowed orbit is at 4 times this radius.How many times stronger is the magnetic field strength at the proton due to the orbital motion of the electron in the n = 1 state than the n = 2 state? A)64 B)16 C)4 D)1 E)32

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The Answer of In a simple picture of the hydrogen atom,the electron moves in circular orbits around the central proton attracted by the Coulomb force.The lowest (n = 1)energy orbit that is allowed for the electron is at a radius of 5.29 $\times$ 10^-11 m and the second (n = 2)lowest allowed orbit is at 4 times this radius.How many times stronger is the magnetic field strength at the proton due to the orbital motion of the electron in the n = 1 state than the n = 2 state? A)64 B)16 C)4 D)1 E)32

In a Simple Picture of the Hydrogen Atom,the Electron Moves ×\times×

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