Consider the following statement: 1. X-ray beam can be deflected by a magnetic field. 2. X-ray beam can be deflected by a electric field. 3. X-ray can neither be deflected by an electric field nor by a magnetic field. Which of the following statement is correct?
Consider the following statement: 1. X-ray beam can be deflected by a magnetic field. 2. X-ray beam can be deflected by a electric field. 3. X-ray can neither be deflected by an electric field nor by a magnetic field. Which of the following statement is correct? Correct Answer Only 3
Concept:
- When highly energetic electrons are made to strike a metal target, electromagnetic radiations come out.
- A large part of this radiation has a wavelength of the order of 0.1 nm and is known as X-ray.
- These rays named X-ray as at that time its nature and properties were not known.
Properties of X-Ray
- X - rays travel in a straight line in a vacuum at a speed equal to that of light (3× 108).
- X - rays are diffracted by crystals in accordance with Bragg’s law.
- X - rays are not deflected by an electric or magnetic field as it contains no charged particles.
- X - rays can affect a photographic plate more strongly than visible light.
- When passed through a gas, X - rays ionize the molecules of the gas.
Explanation:
- As X-Rays are electromagnetic waves, They don't carry any charge.
- Only charge particles are deflected by the Electric and Magnetic field.
- So, the X-ray beam can not be deflected by any of both. Therefore option 3 is correct.
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- All electromagnetic waves (say Radio wave, Microwave, Infrared wave, Lightwave, UV wave, X-rays, Gamma rays) will not deflect in the Electric and magnetic field.
- because they don't carry any charge.
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Feb 20, 2025