How does the wavelength of X-ray energy affect the exposure of the body?

Answer 1

In general, the shorter the wavelength (the higher the frequency) of X-rays, the more energy the radiation has. That means that shorter wavelength X-rays have more penetrating power. It should be noted that X-rays are also a form of ionizing radiation; these electromagnetic waves have the energy to break chemical bonds. And they will to some extent, with the shorter wavelength rays doing the most damage. In a normal X-ray, the radiation dosage is low, and the negative effects minimized. The up side of the use of the X-ray makes it a great diagnostic tool for the medical investigator. The cost benefit ratio is one with a very low cost associated with it, and it's long on the benefits. If you break a bone and go into the ER, the emergency room physician will order an X-ray pretty quick to see what's up. A link can be found below.

Answer 2

Shorter X-ray wavelengths have higher energy and can penetrate deeper into the body, potentially causing more damage to tissues. Conversely, longer X-ray wavelengths have lower energy and may not penetrate as deeply, resulting in less exposure to internal tissues. Balancing the wavelength of X-ray radiation is important to ensure effective imaging while minimizing harm to the body.