Only the sun emits radiation in the wavelengths of visible light, which is considerably higher energy than infrared emitted by Earth.
The earth does not emit light, but it does reflect light from the sun.
Many different types of energy can do this. Heat will cause anything to emit blackbody radiation and if there is enough heat the blackbody radiation will overlap the visible light spectrum and the object will be incandescent. To emit light as a narrow spectral line requires raising electrons in the element to higher energy orbitals and allowing them to fall back, emitting photons. The type of energy that can do this can be of many sorts: light, chemical, electrical, etc.
The atom must be subjected to a form of energy which propels the electron(s) to a higher energy level. When the electrons return to their resting state they emit one photon of light at a certain wavelength that our eyes interpret as a color.
energy levels wrong.
Through Radiation
The Earth does not emit light, it like the moon reflects light
The earth does not emit light, but it does reflect light from the sun.
Atoms emit energy as light when electrons move to a lower energy level
The Earth does not emit light, it like the moon reflects light
The missing energy resides in the atom's excitedconfiguration, namely the electrons are orbiting at a higher quantum orbit.
Many different types of energy can do this. Heat will cause anything to emit blackbody radiation and if there is enough heat the blackbody radiation will overlap the visible light spectrum and the object will be incandescent. To emit light as a narrow spectral line requires raising electrons in the element to higher energy orbitals and allowing them to fall back, emitting photons. The type of energy that can do this can be of many sorts: light, chemical, electrical, etc.
No. Planets do not emit light; they can only reflect light from the Sun.
protons move to a higher energy level protons move to a lower energy level electrons move to a higher energy level electrons move to a lower energy level
The atom must be subjected to a form of energy which propels the electron(s) to a higher energy level. When the electrons return to their resting state they emit one photon of light at a certain wavelength that our eyes interpret as a color.
Yes. That is why they are called traffic lights.
In an incandescent light bulb, the wire is heated until it glows.In a fluorescent light bulb, atoms are excited, which means the electrons are raised to higher enerty levels. When they fall back, they emit light.In an incandescent light bulb, the wire is heated until it glows.In a fluorescent light bulb, atoms are excited, which means the electrons are raised to higher enerty levels. When they fall back, they emit light.In an incandescent light bulb, the wire is heated until it glows.In a fluorescent light bulb, atoms are excited, which means the electrons are raised to higher enerty levels. When they fall back, they emit light.In an incandescent light bulb, the wire is heated until it glows.In a fluorescent light bulb, atoms are excited, which means the electrons are raised to higher enerty levels. When they fall back, they emit light.
Because they each have their own level of energy. Green light has more energy than red light.