Use the following information to answer the next three questions. The following is a list of energy levels for atoms in a sample of gas. Energy Level Energy 1 = 00 0 ev n - 6 -1.1 eV n = S -1.4 eV n = 4 -1.6 ev n = 3 -1.9 ev n = 2 -3.0 ev n = -4.9 eV Numerical Response #3 Which of the following statements are correct? 1. The spectrum will have six emission lines because 6 energy levels exist. The spectrum will have more than six emission lines. If an electron moves from n=2 to n=3 a photon will be emitted. If an electron moves from n=3 to n 2 a photon will be emitted. If the gas is electrically excited, the spectrum observed is a continuous spectrum. If the gas is electrically excited, the spectrum observed is an absorption spectrum. If the gas is electrically excited, the spectrum observed is an emission spectrum. The energy differences between levels are the photon energies that could be absorbed. The energies stated for each level are the photons energies that could be absorbed The correct statements from above regarding the gas are... emission photon spectrum photon lines emitted type absorbed 6. Violet light with wavelength 414 nm is shone on the atom above in ground state. Which of the following statements is correct? A) The light will excite the atom to n = 3 C) The light will ionize the atom B) The light will not affect the atom ) The light will excite the atom to n = 2 Numerical Response #4 A 3.15 eV free electron is incident on a ground state atom. Determine the minimum energy of the free electron after it excites the atom. Record your answer with two significant digits. (For example 0.458 ev) 0 6