Enegy associated with X-rays is higher than that of visible light-explain.

‘The energy of x-Ray is greater than visible light’— explain.

Statement I: During the propagation of visible light and X-rays as electromagnetic waves, X-rays carry more energy than visible light despite both of them have same amplitudes of electric fields at a point. Statement II: The frequency of X-rays is much higher than that of visible light. (A) Statement I is true, statement II is true, statement II is a correct explanation for statement I. (B) Statement I is true, statement II is true, statement II is not a correct explanation for statement I. (C) Statement I is true, statement II is false. (D) Statement I is false, statement II is true.

The velocity of X-rays is greater than that of visible radiation. (Write Yes or No)

Which electromagnetic radiation has wavelength greater than that of X-rays and smaller than that of visible light?

X-rays are electromagnetic radiations of wavelength greater than that of visible light.

Consider the following statement about visible light, UV light and X-rays: The wavelength of visible light is more than that of X-rays. 2. The energy of X-rays photons is higher than that of UV light photons. 3. The energy of UV light photons is less than that of visible light photons. Which of the statements given above is/are correct?

Does the concept of photon energy shed any light (no punintended)on the question of why X rays are so much more penetrating than visible light? Explain.

What is the range of wavelength of visible light rays?

The boiling point of bromoethane is higher than that of chloroethane. Explain.

State the approximate range of wavelength associated with (a) ultraviolet rays. (b) visible light and (c) infrared rays