An X-ray tube is operated at 1.24 million volt. The shortest wavelength of the produced photon will be :

Question

An X-ray tube is operated at 1.24 million volt. The shortest wavelength of the produced photon will be : (A) 10-3 nm (B) 10-1 nm (C) 10-2 nm (D) 10-4 nm

Tardigrade Admin · Accepted Answer

λ min =(1240/Δ V )( nm) =(1240/1.24 × 106)=10-3 nm

Q. An X-ray tube is operated at 1.24 million volt. The shortest wavelength of the produced photon will be :

$1 0^{- 3} nm$

$1 0^{- 1} nm$

$1 0^{- 2} nm$

$1 0^{- 4} nm$

$λ_{m i n} = \frac{1240}{Δ V} (nm)$
$= \frac{1240}{1.24 \times 1 0 ^{6}} = 1 0^{- 3}$ nm

Q. An X-ray tube is operated at 1.24 million volt. The shortest wavelength of the produced photon will be :

10−3nm

10−1nm

10−2nm

10−4nm

λmin​=ΔV1240​(nm) =1.24×1061240​=10−3 nm

$1 0^{- 3} nm$

$1 0^{- 1} nm$

$1 0^{- 2} nm$

$1 0^{- 4} nm$

$λ_{m i n} = \frac{1240}{Δ V} (nm)$
$= \frac{1240}{1.24 \times 1 0 ^{6}} = 1 0^{- 3}$ nm