Podcast
Questions and Answers
______ starts moving and bumping. Also, the electric energy applied excites these ______ to higher orbitals and energy state. These ______ cannot stay in excited state for long and they fall back to lower energy orbitals. When they fall they loose extra energy in form of electromagnetic radiation/Photon.With right amount of electric energy applied to particular conductor, its electron will go into an excited state from which when they fall, the wavelength of emitted electromagnetic radiation/photon will be in the visible light spectrum.
______ starts moving and bumping. Also, the electric energy applied excites these ______ to higher orbitals and energy state. These ______ cannot stay in excited state for long and they fall back to lower energy orbitals. When they fall they loose extra energy in form of electromagnetic radiation/Photon.With right amount of electric energy applied to particular conductor, its electron will go into an excited state from which when they fall, the wavelength of emitted electromagnetic radiation/photon will be in the visible light spectrum.
electrons
Text: [electrons starts moving and bumping. Also, the electric energy applied excites these ______ to higher orbitals and energy state. These electrons cannot stay in excited state for long and they fall back to lower energy orbitals. When they fall they loose extra energy in form of electromagnetic radiation/Photon.With right amount of electric energy applied to particular conductor, its electron will go into an excited state from which when they fall, the wavelength of emitted electromagnetic radiation/photon will be in the visible light spectrum.
Text: [electrons starts moving and bumping. Also, the electric energy applied excites these ______ to higher orbitals and energy state. These electrons cannot stay in excited state for long and they fall back to lower energy orbitals. When they fall they loose extra energy in form of electromagnetic radiation/Photon.With right amount of electric energy applied to particular conductor, its electron will go into an excited state from which when they fall, the wavelength of emitted electromagnetic radiation/photon will be in the visible light spectrum.
electrons
Text: electrons starts moving and bumping. Also, the electric energy applied excites these electrons to higher orbitals and energy state. These ______ cannot stay in excited state for long and they fall back to lower energy orbitals. When they fall they loose extra energy in form of electromagnetic radiation/Photon.With right amount of electric energy applied to particular conductor, its electron will go into an excited state from which when they fall, the wavelength of emitted electromagnetic radiation/photon will be in the visible light spectrum.
Text: electrons starts moving and bumping. Also, the electric energy applied excites these electrons to higher orbitals and energy state. These ______ cannot stay in excited state for long and they fall back to lower energy orbitals. When they fall they loose extra energy in form of electromagnetic radiation/Photon.With right amount of electric energy applied to particular conductor, its electron will go into an excited state from which when they fall, the wavelength of emitted electromagnetic radiation/photon will be in the visible light spectrum.
electrons
