The radiation from the brightest or highest-power source carries the maximum energy.
The shorter the wavelength of the radiation is, the more energy each photon carries.
But you can easily radiate a lot more energy in long-wave radiation than in shorter-wave
radiation, by simply radiating more photons.
Example:
Energy in 1 red-light photon
compared to
energy of 1 radio-wave photon at 2.5 GHz . . . . . 160,000 times as much energy
However . . .
Energy radiated inside a microwave oven at 2.5 GHz . . . 1,200 to 2,000 joules every second
Energy radiated by a single red LED . . . . . 0.05 joule every second
Gamma rays
Radiation.
Ultraviolet rays, or radiation, is a type of electromagnetic waves.
Gamma Rays
radiation
Gamma rays
Gamma rays.
Gamma rays have the most energy per photon.
Heat is electromagnetic radiation, and carries energy exactly as radio, light, X-rays, etc. do.
Radiation.
On the elecromagnetic spectrum, gamma rays have much more energy
By definition, gamma is the highest classification of electromagnetic radiation. The highest energy rays are from cosmic radiation and are called "very high-energy gamma rays."
Ultraviolet rays, or radiation, is a type of electromagnetic waves.
Cosmic Rays which has more energy than Gamma rays
Gamma Rays
Since x-rays have lower frequencies than gamma rays have, each x-ray photon carries less energy than a gamma ray photon carries. Both carry enough energy to damage living cells.
Radiation.