Question

Compare and contrast x rays and gamma rays?

Answer 1

Both X-Rays and gamma rays refer to waves in the electromagnetic spectrum. Due to the principle of wave-particle duality, these waves can also be thought of as “particles” called photons.  X-rays typically have longer wavelengths than gamma, but this is not always the case: sometimes, waves of similar wavelengths may be referred to as “X-rays” or “gamma”. There is no consensus on how to precisely differentiate between X-rays and gamma rays. However, they are often differentiated using their origin. In this sense, the main difference between X-rays and gamma rays is that gamma rays are produced during nuclear decay by nuclei of atoms, whereas X-rays are produced by electrons. For instance, for medical purposes, X-rays are produced by accelerating some electrons and then making them collide with a metal target.

Answer 2

Answer:

Waves in the electromagnetic spectrum are referred to as X-Rays and Gamma Rays. These waves can also be conceived of as "particles" called photons, thanks to the wave-particle duality concept. X-rays having greater wavelengths than gamma, however this isn't always the case: waves with similar wavelengths are occasionally referred to as "X-rays" or "gamma." There is no agreement on how to distinguish between X-rays and gamma rays. Their origin, on the other hand, is frequently used to distinguish them. The major distinction between X-rays and gamma rays is that gamma rays are formed by nuclei of atoms during nuclear disintegration, whereas X-rays are produced by electrons. X-rays, for example, are created by speeding electrons and then focusing them on a target and hitting it.

Explanation: