Visible light has shorter wavelengths than microwaves. Microwaves, which might be considered the highest energy radio waves, have a longer wavelength (and a lower frequency) than visible light.
Visible light has a higher frequency than microwaves, therefore a photon of visible light has more energy than a photon of microwave.
Gamma rays have a much higher frequency, and therefore energy.
Visible light has higher frequency / longer wavelength than microwaves.
visible lights. Microwave waves are one of the lowest wave frequencies
Light waves vibrate faster (have a higher frequency) than microwaves do.
Lights of different frequencies are perceived as different colors.
green, blue and red
Visible light includes all the colors of the rainbow. The different colors are the result of different wavelengths.
If the lights from all visible wavelengths are combined, they appear to be a white color.
Colour is decided by the frequency of the electromagnetic wave ie light. There are cones and rods in our retina. The cones are sensitive to the frequency of the electromagnetic radiations falling on it. So colour is sensed by us. If there be any problem with those cones then colours cannot be differentiated. Such persons are called as colour blind people. Any way there is a limitation of sensing the frequencies. So right from red (lower freq) to violet (higher) are visible to our vision. Beyond these limits we cannot see.
Radio and microwaves are longer than visible light. So are heat (infrared) waves. Ultraviolet waves are shorter than visible light. So are X-rays and gamma rays.
Microwaves
Ultraviolet light (UV light) is light of shorter wavelength than the visible spectrum. Many insects, like bees, see mostly UV light so they can find plants with nectar. Sunlight contains UV light and can tan but also damage your skin if you stay outside too long on a sunny day.Answer:Visible light is electromagnet radiation of different frequencies. The different frequencies are the different colors. Just outside the range of frequencies (colors) humans can see are infrared and ultraviolet. Ultraviolet is higher frequency and infrared is lower.Note: Higher frequencies are shorter wavelengths and lower frequencies are longer wavelengths.Visible light is electromagnet radiation of different frequencies. The different frequencies are the different colors. Just outside the range of frequencies (colors) humans can see are infrared and ultraviolet. Ultraviolet is higher and infrared is lower
The Northern Lights occur in space, and are visible from many countries north of the Equator: the farther north, the higher your chances of seeing them.
The shorter the wavelength (blue rather than red), the higher the energy.
-- We have no technology that can generate visible light at power levels that are easy to generate in the microwave. -- Visible light won't warm up a leftover chunk of meatloaf. -- For telecom applications, microwaves sail right on through atmospheric conditions that scatter, diffuse, and absorb visible light. But your question doesn't mention what uses you're thinking of, and visible light certainly has its place. For example, microwave traffic lights at intersections would not work out too well. Neither would a microwave chandelier hanging over your dining-room table.
Black as a color would absorb all visible frequencies of light. A "black light" is not actually black, but rather emits most of its light in the ultraviolet frequencies. This light is invisible to our eyes except that it interacts with certain materials that fluoresce (glow in the dark) when they absorb UV light. These lights are also used for indoor plants that need UV light to grow.
you get the northern lights
yes
There are no northern lights in Antarctica. However, the southern lights -- Aurora Australis -- are visible from the continent.
Neon lights.
they are mostly visible in the Northern Hemisphere, especially in Northern Canada, Norway and Russia