(A) $X$-rays are electromagnetic waves in nature. They consist of photons,which are electrically neutral particles. Since they carry no electric charg

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(A) $X$-rays are electromagnetic waves in nature. They consist of photons,which are electrically neutral particles. Since they carry no electric charge,they do not experience any Lorentz force $(F = q(v \times B))$ when passing through a magnetic field. Therefore,$X$-rays remain undeflected in a magnetic field.

Class 12 Physics Atoms X-Rays

Easy

When $X$-rays pass through a high-intensity uniform magnetic field,they:

A
do not deflect.
B
deflect in the direction of the field.
C
deflect in the opposite direction of the field.
D
deflect in a direction perpendicular to the field.

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X-Rays

When the potential difference applied to an $X$-ray tube is increased, the resulting emitted radiation shows:

Medium

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Which of the following wavelengths in $\mathring{A}$ represents 'hard' $X$-rays?

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The potential difference applied to an $X$-ray tube is $5 \text{ kV}$ and the current through it is $3.2 \text{ mA}$. Then the number of electrons striking the target per second is

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Find the $(a)$ maximum frequency,and $(b)$ minimum wavelength of $X$-rays produced by $30 \; kV$ electrons.

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What $kV$ potential is to be applied on an $X$-ray tube so that the minimum wavelength of emitted $X$-rays may be $1 \text{ Å}$? $(h = 6.625 \times 10^{-34} \text{ J-s})$

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When $X$-rays pass through a high-intensity uniform magnetic field,they:

Similar Questions

When the potential difference applied to an $X$-ray tube is increased, the resulting emitted radiation shows:

Which of the following wavelengths in $\mathring{A}$ represents 'hard' $X$-rays?

The potential difference applied to an $X$-ray tube is $5 \text{ kV}$ and the current through it is $3.2 \text{ mA}$. Then the number of electrons striking the target per second is

Find the $(a)$ maximum frequency,and $(b)$ minimum wavelength of $X$-rays produced by $30 \; kV$ electrons.

What $kV$ potential is to be applied on an $X$-ray tube so that the minimum wavelength of emitted $X$-rays may be $1 \text{ Å}$? $(h = 6.625 \times 10^{-34} \text{ J-s})$

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