Hi, I need help with this question because this is a lot to take in? 2) Find the energy required to ionize a ground state hydrogen atom.That is, what is the energy required to make the transition from n= 1 to n =∞. Hint: Notice the placement of the infinity in thedenominator of a fraction. To be able to arrive at the answer forthis question, you will need to approximate the fraction with theinfinity symbol.Put your final forENERGY here withunits!3) If an electron in a hydrogen atom relaxes to the second energylevel, emitting a photon of wavelength 410.2 nm, what higherenergy level did it start at?Put your final answerfor n here!4) Consider an electron transition in a hydrogen atom from n = 5 ton = 2, versus a transition from n = 3 to n = 2. Do not perform acalculation to answer the following questions.a. Which transition emits a higher energy photon? How canyou tell?Put your typed answer here, by clicking on these wordsand typing! Resize the space as needed, if you needmore roomb. One of these transitions for corresponds to a red photon, andthe other to a blue photon. Which transition emits the redphoton?Put your typed answer here, by clicking on these wordsand typing! Resize the space as needed, if you needmore room5) Consider an electron transition in a hydrogen atom from n = 3 ton = 2, versus a transition from n = 2 to n = 1. Do not perform acalculation to answer the following questions.a. Which transition emits a higher energy photon? How canyou tell?Put your typed answer here, by clicking on these wordsand typing! Resize the space as needed, if you needmore room.b. One of these transitions corresponds to a photon in thevisible part of the spectrum, while the other is not visible tothe human eye due to the higher energy.i. Which transition emits the photon out of the visiblerange?Put your typed answer here, by clicking on these wordsand typing! Resize the space as needed, if you needmore room.ii. Is it more likely in the UV-range, or the IR-range?Put your typed answer here, by clicking on these wordsand typing! Resize the space as needed, if you needmore room. 1) This question explores the energy associated with an electrontransition from n = 5 to n = 2.a) Make a rough sketch of the electron energy level diagramfor hydrogen. Make a horizontal line for each of the energylevels corresponding to n = 1 through n = 6. (Notice part balso has you add something else too!)Place a picture of your drawing here, by pasting it inas an image. It may help to email yourself a picturefirst (no need for camscanner, an image isacceptable). Delete these words when you do that!b) In your energy level sketch, make a vertical arrow betweenthe levels that illustrates an electron transition from n = 5 ton = 2. Questions below, c, d, and e refer to the sametransition.Answer above on your diagram abovec) Find the energy change, in joules, for a single hydrogenelectron undergoing this transition.Put your final answerhere with units!d) Convert the energy change in part c to units of kilojoules permole of electrons.Put your final answerhere with units!e) Find the energy, frequency, and wavelength (in nm) of thephoton emitted from a single hydrogen atom whose electronundergoes the relaxation. Label each result clearly.Put your final forENERGY here withunits!Put your final answerfor frequency herewith units!Put your final answerfor wavelength herewith units!

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This question is based on Bohr's model of atom.
We have to use results of Bohr's model of atom to…