When n = 1 in Eq. (43.9), we get the radius of the lowest energy orbit (the

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When n = 1 in Eq. (43.9), we get the radius of the lowest energy orbit (the ground state orbit) called the Bohr radius. Numerically that’s.r = 0.0529177 nm (43.10)

Using Eq. (43.9), show that the diameter of a hydrogen atom is just about 0.10 nm, thereby confirming Eq. (43.10) to four significant figures.rn=n/mkoe n = 1, 2, 3, ... (43.9)

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