In the diagram a graph between the intensity of X -rays emitted by a molybdenum target and the wavelength is shown, when electrons of 30 keV are incident on the target. In the graph one peak is of Kα line and the other peak is of Kβ line

Question

In the diagram a graph between the intensity of X -rays emitted by a molybdenum target and the wavelength is shown, when electrons of 30 keV are incident on the target. In the graph one peak is of Kα line and the other peak is of Kβ line (A) First peak is of Kα line at 0.6 mathringA (B) Highest peak is of Kα line at 0.7 mathringA (C) If the energy of incident particles is increased, then the peaks will shift towards left (D) If the energy of incident particles is increased, then the peaks will shift towards right

Tardigrade Admin · Accepted Answer

Peak of Kα is greater than peak of Kβ line.

Q. In the diagram a graph between the intensity of $X$ -rays emitted by a molybdenum target and the wavelength is shown, when electrons of $30 k e V$ are incident on the target. In the graph one peak is of $K_{α}$ line and the other peak is of $K_{β}$ line

First peak is of $K_{α}$ line at $0.6 \overset{˚}{A}$

Highest peak is of $K_{α}$ line at $0.7 \overset{˚}{A}$

If the energy of incident particles is increased, then the peaks will shift towards left

If the energy of incident particles is increased, then the peaks will shift towards right

Peak of $K_{α}$ is greater than peak of $K_{β}$ line.

Q. In the diagram a graph between the intensity of X -rays emitted by a molybdenum target and the wavelength is shown, when electrons of 30keV are incident on the target. In the graph one peak is of Kα​ line and the other peak is of Kβ​ line

First peak is of Kα​ line at 0.6A˚

Highest peak is of Kα​ line at 0.7A˚