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26 Nov 2019
*Chapter 30, Problem 14
Consider the Bohr energy expression (Equation 30.13) asitapplies to singly ionized helium He+ (Z = 2) andanionized atom with Z = 4 and only a single electron orbitingthenucleus. This expression predicts equal electron energies forthesetwo species for certain values of the quantum number n (thequantumnumber is different for each species). For quantum numberslessthan or equal to 9, what is the highest energy (in electronvolts)for which the heluim energy level is equal to the ionizedatomenergy level?
*Chapter 30, Problem 14
Consider the Bohr energy expression (Equation 30.13) asitapplies to singly ionized helium He+ (Z = 2) andanionized atom with Z = 4 and only a single electron orbitingthenucleus. This expression predicts equal electron energies forthesetwo species for certain values of the quantum number n (thequantumnumber is different for each species). For quantum numberslessthan or equal to 9, what is the highest energy (in electronvolts)for which the heluim energy level is equal to the ionizedatomenergy level?