Hello Can you answer the bonus part for me! You are looking at 4 and 5 only. This is not an exam/quiz and this is technically 1 question with 2 parts as you can see so it is not against community guidelines. Thank you please show all work for 4&5. Directions: Show all work, including equations and substitutions with units...An electron in a mercury atom makes a direct transition from the h-level to the b-level. The photon that is emitted becomes incident on a lithium plate with a workfunction of 2.9 eV.1. What is the energy of the photon that is emitted?photomeiauis deGinedastheminimum aamountorenergy requiredHO liberate an electron fiam the melauSurface so2. What is the frequency of this emitted photon?- 2.9 x1.6 X1079gE:2.9 ev6. 625 10-34js-0.7003 X1015gt=7.003 x 104 HZt J=3. What type of electromagnetic wave is the emitted photon?The visible iight in electiomagnencwONE,BONUSWhen the emitted photon hits the lithium plate, an electron is emitted (due to the photoelectriceffect)4. What is the maximum kinetic energy of the emitted photoelectron in Joules?s s 5. What is the speed.of the photoelectron? (note mass of an electron is 9.11 x 10:31 kg)

Directions. Show all work, including equations and substitutions with um An electron in a mercury atom makes a direct transition from the h-level to the b- level. The photon that is emitted becomes incident on a lithium plate with a work function of 2.9 eV. 1. What is the energy of the photon that is emitted? photomeiauis deGinedasthe minimum amountorenergy required 10 liberate anelectron flom the mela E:2.9 ev Surface So 2. What is the frequency of this emitted photon? V =E Sorolx91メbてき G-625メ \O-34gs -0.7003X101sgt =7.003 x104 HZ = 3. What type of electromagnetic wave is the emitted photon? The visible ightin electiomagnencwaNe. BONUS When the emitted photon hits the lithium plate, an electron is emitted (due to the photoelectric effect) 4. What is the maximum kinetic energy of the emitted photoelectron in Joules? tew 5. What is the speed.of the photoelectron? (note mass of an electron is 9.11 x 101 kg)

Directions. Show all work, including equations and substitutions with um An electron in a mercury atom makes a direct transition from the h-level to the b- level. The photon that is emitted becomes incident on a lithium plate with a work function of 2.9 eV. 1. What is the energy of the photon that is emitted? photomeiauis deGinedasthe minimum amountorenergy required 10 liberate anelectron flom the mela E:2.9 ev Surface So 2. What is the frequency of this emitted photon? V =E Sorolx91メbてき G-625メ \O-34gs -0.7003X101sgt =7.003 x104 HZ = 3. What type of electromagnetic wave is the emitted photon? The visible ightin electiomagnencwaNe. BONUS When the emitted photon hits the lithium plate, an electron is emitted (due to the photoelectric effect) 4. What is the maximum kinetic energy of the emitted photoelectron in Joules? tew 5. What is the speed.of the photoelectron? (note mass of an electron is 9.11 x 101 kg)