solve page 2 questions and answer 1 and 2 and conclusion.

3. Is it possible for an atom of element X to absorb TWO photons and then emit ONE photon? Explain. II. Data In your laboratory notebook, copy the following tabless enter the first three columns of data in cach table during the lab session as described in the Procedure Section. Spectroscope Calibration - Helium Lines Wavelength (A) Scale Value Color Intensity 13.00 Virol 13.50 Indigo vetry 14.25 Blue Medium 14.so Green vers 12 00 24xt yellow/ Neyma 19.50 Red wear 20.50 Back Red very weak 21.00 CI NoTMM *The scale readings must be between zero and twenty-five degrees. Analysis of the Hydrogen Spectrum - Hydrogen Lines Estimated Calculated Scale Predicted Wavelength Wavelength Calculated Color Value Intensity Transition (A) from Calculated Calculated n (A) from Energy of Calibration Calibration Photon J) AE) Grash Graph poo Pick very 12.50 /Ot med LUDO ve Nam 1900 Red Ver Metal Cation Flame Tests Salt EM SUCI 129 Kel 2M cuci 2M Nach Color onge Pink light green Gold Intensity very Medium Nuem veru Lab 7. Atomic Spectroscopy 1. Using the summary energy diagram created in the Calculations Section to answer the following: a. From what region of the electromagnetic spectrum would the spectral line of an nn, transition be for a hydrogen atom? Calculate and include the transition on your summary diagram. b. What is the longest possible wavelength for a line in the Balmer series? What is the shortest possible wavelength? Include both of these transitions on the summary diagram. 2. How would the absorption spectrum of an atom differ from its emission spectrum? How could one measure an absorption spectrum? V. Conclusion Write a one paragraph (3-5 sentences) statement that provides the scientific objective of the lab, a brief summary of the procedure, and report the major results, Lab 7 - Atomic Spectroscopy