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**Atomic Structure Practice Problems**

**Atomic Structure Practice Problems**

**Calculate the frequency of red light of wavelength 6.50 * 10**

**1.)**^{2}nm

**6.42 * 10-19 J of energy is required to remove an electron from a silver atom. What is the maximum wavelength of light that can do this?**

**2.)****Calculate the ∆E when the following transition occurs in a hydrogen atom:**

**3.)**
n = 3 ---> n = 1

**Calculate the wave length of light emitted as a hydrogen electron move from n = 1 to n = 3**

**3b.)****4.**If an electron makes a transition from the

*n*= 4 to the

*n*= 2 Bohr orbital in a hydrogen atom, determine the wavelength of the light emitted .

**5.**If the quantum of energy emitted in an electron transition between two levels is 2.96 x 10

^{-23}kJ, what is the frequency of light emitted as a result of the transition?

**6.**Change 6.4 x 10

^{14}Hz to a wavelength, λ, in meters.

**7.**Find the frequency corresponding to light with a wavelength of 2 x 10

^{-10}m.

**8.**Calculate the energy of light associated with a frequency of 6.4 x 10

^{14}Hz.