Molybdenum is used as a target element for the production of $X-$rays because it is

  • A
    $A$ heavy element and can easily absorb high velocity electrons
  • B
    $A$ heavy element with a high melting point
  • C
    An element having high thermal conductivity
  • D
    Heavy and can easily deflect electrons

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Similar Questions

Who invented $X-$rays?

Calculate the wavelength of the $K_{\alpha}$ line for $Z=31$, when $a=5 \times 10^7 \, Hz^{1/2}$ for a characteristic $X$-ray spectrum.

$X$-rays are produced by accelerating electrons through a potential difference $V$ and letting them strike a metal target of atomic number $Z$. The highest frequency of the $X$-rays produced is proportional to:

The dependence of the short wavelength limit $\lambda _{\min }$ on the accelerating potential $V$ is represented by the curve of figure.

The graph that correctly represents the relation of frequency $\nu$ of a particular characteristic $X$-ray with the atomic number $Z$ of the material is

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