An electron in hydrogen in an energy level, makes a transition down to the second orbit. If the photon emitted has a wavelength of 4.86 x 10 2 nm, calculate the energy level where the electron was initially. In the diagram of a hydrogen atom shown below, draw an arrow to show the jump of an electron that would produce the longest wavelength of visible light? ________________________________ n = 6 ________________________________ n = 5 ________________________________ n = 4 ________________________________ n = 3 _________________________________ n = 2 _________________________________ n = 1 In the diagram of a hydrogen atom shown below, draw an arrow to show the jump of an electron that would produce the shortest wavelength of visible light? ________________________________ n = 6 ________________________________ n = 5 ________________________________ n = 4 ________________________________ n = 3
An electron in hydrogen in an energy level, makes a transition down to the second orbit. If the photon emitted has a wavelength of 4.86 x 10 2 nm, calculate the energy level where the electron was initially. In the diagram of a hydrogen atom shown below, draw an arrow to show the jump of an electron that would produce the longest wavelength of visible light? ________________________________ n = 6 ________________________________ n = 5 ________________________________ n = 4 ________________________________ n = 3 _________________________________ n = 2 _________________________________ n = 1 In the diagram of a hydrogen atom shown below, draw an arrow to show the jump of an electron that would produce the shortest wavelength of visible light? ________________________________ n = 6 ________________________________ n = 5 ________________________________ n = 4 ________________________________ n = 3
The%20Bohr%20Atom%20(Autosaved).docx