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13 2.5/4 points Previous Answers My Notes Ask Your Teacher I.) Find the energy (and wavelength)...


13 2.5/4 points Previous Answers My Notes Ask Your Teacher I.) Find the energy (and wavelength) of the photon required to excite a hydrogen atom from the n-7 state to the: a)n-11 state. 165 vev 7537m x How would the hydrogen react to a slightly lower energy photon than this? The electron would absorb this photon and use the energy to jump to a dferent bound energy leve How would the hydrogen react to a slightly higher energy photon than this? e elec onwold a espot and set energy to jmpto a dieren be done yin b.) onized state (electron barely able to escape the atom) 278 4471 How would the hydrogen react to a slightly lower energy photon than this? The electron would absorb this photon and use the energy to leave the atom with excess kinetic energy How would the hydrogen react to a slightly higher energy photon than this? Select II.) Starting with the same initial state of hydrogen above, suppose an incoming photon of energy 2.278 eV is absorbed. What is the kinetic energy of the electron that is ejected from the hydrogen as a result? KE- 2 ev How would the hydrogen react to a slightly lower energy photon than this? The electron would absorb this photon and use the energy to leave the atom with sightly more excess kinetic energy. How would the hydrogen react to a slightly higher energy photon than this?
13 2.5/4 points Previous Answers My Notes Ask Your Teacher I.) Find the energy (and wavelength) of the photon required to excite a hydrogen atom from the n-7 state to the: a)n-11 state. 165 vev 7537m x How would the hydrogen react to a slightly lower energy photon than this? The electron would absorb this photon and use the energy to jump to a dferent bound energy leve How would the hydrogen react to a slightly higher energy photon than this? e elec onwold a espot and set energy to jmpto a dieren be done yin b.) onized state (electron barely able to escape the atom) 278 4471 How would the hydrogen react to a slightly lower energy photon than this? The electron would absorb this photon and use the energy to leave the atom with excess kinetic energy How would the hydrogen react to a slightly higher energy photon than this? Select II.) Starting with the same initial state of hydrogen above, suppose an incoming photon of energy 2.278 eV is absorbed. What is the kinetic energy of the electron that is ejected from the hydrogen as a result? KE- 2 ev How would the hydrogen react to a slightly lower energy photon than this? The electron would absorb this photon and use the energy to leave the atom with sightly more excess kinetic energy. How would the hydrogen react to a slightly higher energy photon than this?
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