ATOMIC STRUCTURE

Solve atomic structure problems involving the Balmer equation and quantum numbers.

Using the Balmer equation, find the frequency of the radiation corresponding to n=3. What is the frequency of the spectral line produced when an electron moves from n=5 to n=2 in a Hydrogen atom? What value of n does the line at 656.3 nm in the Balmer series correspond to? Light of wavelength 5000 A◦ (or 5 x 10-5 cm) falls in the region of the visible spectrum. Calculate the wavenumber, corresponding to this wavelength Calculate the wave number for the lines with n1 = 1 and n2 = 2,3 and 4. Calculate frequency of light emitted from electron transition when it jumps from 6th to 2nd orbit?In what region of spectrum does this light occur? Calculate wavenumber of photon when electron jumps fromn= 5 to n= 2n=5 to n= 1 Photon of wavenumber 102.70 x 105 m-1 is emitted when electron jumps from higher to n=1Determine number of orbit from where electron falls.Indicate name of series.If electron will fall from higher to orbit n= 2, calculate wave number. List all values of l and m for n= 2 and 5 Which of the following set of quantum numbers are not allowable?n=2 l=2 m=0 s=1 l=1 m=0 s=1 l=1 m=1 s=1 l=0 m=-1 s=0n=3 l=2 m=-2 s=1