which best explains why infrared waves are ineffective for treating cancer?\nthey have frequencies that are…

which best explains why infrared waves are ineffective for treating cancer?\nthey have frequencies that are too high to kill cancer cells.\nthey have short wavelengths, which can be harmful to healthy cells.\nthey do not transfer enough energy to destroy cancer cells.\nthey have long wavelengths, which can be harmful to healthy cells.

which best explains why infrared waves are ineffective for treating cancer?\nthey have frequencies that are too high to kill cancer cells.\nthey have short wavelengths, which can be harmful to healthy cells.\nthey do not transfer enough energy to destroy cancer cells.\nthey have long wavelengths, which can be harmful to healthy cells.

Answer

Brief Explanations:

Infrared waves have relatively low - energy. To destroy cancer cells, a significant amount of energy is required. Since infrared waves do not transfer enough energy, they are ineffective for treating cancer. High - frequency and short - wavelength are not characteristics of infrared waves. Long - wavelength of infrared waves is not the main reason for being ineffective as it is mainly about insufficient energy transfer rather than harm to healthy cells.

Answer:

They do not transfer enough energy to destroy cancer cells.