My textbook begin the discussion of the Bohr model of theatomm with the Ryberg c

Question

My textbook begin the discussion of the Bohr model of theatomm with the Ryberg constant, Ry=1.0974 x1017 and the equation for the atomic hydrogenspectra. 1/=Ry(1/n2 -1/m2) The discussion ends with the equation: En= -E1/n2=-2.18 x1018 J/n2 a. What is the equation between the wavelength andfrequency? b. What is the equation between wavelength and energy? c. Find the equation between Ry and E1and calculate the value E1 in Joules. My textbook begin the discussion of the Bohr model of theatomm with the Ryberg constant, Ry=1.0974 x1017 and the equation for the atomic hydrogenspectra. 1/=Ry(1/n2 -1/m2) The discussion ends with the equation: En= -E1/n2=-2.18 x1018 J/n2 a. What is the equation between the wavelength andfrequency? b. What is the equation between wavelength and energy? c. Find the equation between Ry and E1and calculate the value E1 in Joules. a. What is the equation between the wavelength andfrequency? b. What is the equation between wavelength and energy? c. Find the equation between Ry and E1and calculate the value E1 in Joules.

Explanation / Answer

a) relation between frequency and frequency is           f = c / b) relation between E and is         E = hc / c) En = -Rych / n2      E1 =-Ry c h Substitute values.      E1 =-Ry c h Substitute values.

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