ive already found the frequencies for my graph but idk how to graph my findings. can someobe help? Also, what is my found Rydberg constant?

For the four H-atom emission peaks, convert the observed emission wavelengths to the corresponding frequencies (v) in Hz by using Equation (3) and use a program such as Microsoft Excel to make a scatter plot of v(y-axis) versus [1/2212](x-axis ). Keep in mind that the shorter wavelength corresponds to the highest transition. Add a best-fit line through the data where the value of the slope represents the Rydberg constant,. Format the equation of the best-fit line to yield five significant figures and include the R2-value. v=c corvert c=2.9979108m/s to corrisponding frequencies v= frequency = wavelength H-atom 1. v=c 2. v=c 414.999nmv=414.999nm2.9979108m/s=4.14999107m2.9979108m/svv=6.8321014Hz/s=4.38801107m2.9979108m/s=0.683201015Hz/s v=0.722381015Hz/s v=7.22381014Hz/s 660.069nm 4. v=c v=6.12051014Hz/s