Electromagnetic waves comes in different frequencies; at higher frequencies, the wavelength is shorter. So, X-rays have a shorter wavelength, a higher frequency, and more energy per photon, than infrared light.
Short wavelength implies more energy.
Having said that, x-rays are part of the continuum of electromagnetic radiation. They have lower energy than some other radiations and shorter wavelengths than other radiations.
X-rays have a HIGHER frequency than Infrared rays, but Infrared rays have a LONGER wavelength than X-rays
Yes, radio waves do have longer wavelengths than X-rays.
Radio waves are almost the lowest frequency, and x rays have a very high frequency, lower than gamma rays.
X-rays are much more energetic as witnessed by their much shorter wavelength and their much higher frequency.
Optical waves, red to violet.
Examples of electromagnetic energy are radio waves, Xrays, optical light waves, infrared waves, sunlight and lightening.
Infrared light doesn't "give off" energy; in this case, it IS the energy.
Xrays, gamma rays, microwaves, ultraviolet rays, radiowaves and infrared rays.
Concrete absorbs visible light and re-radiates it as infrared energy
Infrared radiation has less energy (per photon) than visible light.
Visible light has a higher frequency, a higher energy per photon, and a smaller wavelength, compared to infrared.
Not normally - the idea behind florescence is higher energy light (ultra-violet) powers lower energy light (visible light).
The Earth and atmosphere absorb the visible and infrared energy and this warms the earth.
Visible light. It has a higher frequency so more energy.
Infrared light. Heat.
UV is higher energy than IR and can therefor deposit more energy in cells.
Infrared rays have a shorter wavelength than microwaves and radio waves. All are examples of electromagnetic radiation.