17. Electrons with energy 80 keV are incident on the tungstentarget of an X-ray tube. K-shell electrons of tungsten have72.5 keV energy. X-rays emitted by the tube contain only(a) a continuous X-ray spectrum (Bremsstrahlung) with aminimum wavelength of = 0.155 A(b) a continuous X-ray spectrum (Bremsstrahlung) with allwavelengths.3(c) the characteristic X-ray spectrum of tungsten.(d) a continuous X-ray spectrum (Bremsstrahlung) with a..minimum wavelength of 0.155A and the characteristicX-ray spectrum of tungsten.C

We are aware that an X-ray tube's tungsten target is incident with electrons with an energy of 80…

Electrons with energy 80 keV are incident on the tungsten target of an X-ray tube. K-shell electrons of tungsten have 72.5 keV energy. X-rays emitted by the tube contain only (a) a continuous X-ray spectrum (Bremsstrahlung) with a minimum wavelength of = 0.155 A. គ (b) a continuous X-ray spectrum (Bremsstrahlung) with all wavelengths. (c) the characteristic X-ray spectrum of tungsten. (d) a continuous X-ray spectrum (Bremsstrahlung) with a minimum wavelength of 0.155A and the characteristic X-ray spectrum of tungsten.

Electrons with energy 80 keV are incident on the tungsten target of an X-ray tube. K-shell electrons of tungsten have 72.5 keV energy. X-rays emitted by the tube contain only (a) a continuous X-ray spectrum (Bremsstrahlung) with a minimum wavelength of = 0.155 A. គ (b) a continuous X-ray spectrum (Bremsstrahlung) with all wavelengths. (c) the characteristic X-ray spectrum of tungsten. (d) a continuous X-ray spectrum (Bremsstrahlung) with a minimum wavelength of 0.155A and the characteristic X-ray spectrum of tungsten.