Think Critically
1. a; 651.3
b; 486.3
c; 434.2
d; 410.3 all in nano-meters

2. Yes, most of them are the same, but around .1 off. My rounding may have been different from the universal type of rounding.

3.  a; 3.05(10^-19)
b; 4.09(10^-19)
c; 4.58(10^-19)
d' 4.84(10^-19)

4. wavelength 2.28(10^-6)
Energy= 1.99(10^-25)

In this activity, I used the Rydberg constant to find the wavelengths or certain electrons. I put the work to my answers on the bottom. The Rydberg equation is like Planck's constant to find the wavelength of spectral lines. This describes the relation between wavelengths in spectral lines and alkali metals. The Balmer series represents colors, for exaple, 3-2 is red, 4-2 is aqua, 5-2 is blue, and 6-2 is violet, everything else is an ultraviolet color.