Use the Bohr model to address this question. When a hydrogen atom makes a transition from...

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Use the Bohr model to address this question. When a hydrogen atom makes a transition from the 5th energy level to the 2nd, counting the ground level as the first, what is the energy E of the emitted photon in electron volts? E = -2.856 eV What is the wavelength A of the emitted photon in nanometers? = nm At what radius r does an electron in the 5th energy level orbit the hydrogen nucleus? Express your answer in nanometers. r = nm Use the Bohr model to address this question. When a hydrogen atom makes a transition from the 5th energy level to the 2nd, counting the ground level as the first, what is the energy E of the emitted photon in electron volts? E = -2.856 eV What is the wavelength A of the emitted photon in nanometers? = nm At what radius r does an electron in the 5th energy level orbit the hydrogen nucleus? Express your answer in nanometers. r = nm Use the Bohr model to address this question. When a hydrogen atom makes a transition from the 5th energy level to the 2nd, counting the ground level as the first, what is the energy E of the emitted photon in electron volts? E = -2.856 eV What is the wavelength A of the emitted photon in nanometers? = nm At what radius r does an electron in the 5th energy level orbit the hydrogen nucleus? Express your answer in nanometers. r = nm Use the Bohr model to address this question. When a hydrogen atom makes a transition from the 5th energy level to the 2nd, counting the ground level as the first, what is the energy E of the emitted photon in electron volts? E = -2.856 eV What is the wavelength A of the emitted photon in nanometers? = nm At what radius r does an electron in the 5th energy level orbit the hydrogen nucleus? Express your answer in nanometers. r = nm