An X-rays tube operates at 20 kV. A particular electron loses 5% of its kinetic energy to emit an X-rays photon at the first collision. The wavelength corresponding to this photon will be :-
(1) 1.24 nm
(2) 2.24 nm
(3) 3.5 nm
(4) zero

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An X-ray tube operates at 20 kV. A particular electron loses 5% of its kinetic energy to emit an X-ray photon at the first collision. What is the wavelength corresponding to this photon? Given that Planck's constant $= 4.14 \times 10^{- 15} e V s$ .

Q. An

X

-ray tube operates at

20 kV .

A particular electron loses

5 %

of its kinetic energy to emit an

X

-ray photon at the first collision. Find the wavelength corresponding to this photon.

Q. An X-ray tube operates at

40 kV

. Suppose the electron converts

70 %

of its energy into a photon at each collision. Find the lowest three wavelengths emitted from the tube. Neglect the energy imparted to the atom with which the electron collides.

(h c = 1242 eV-nm)

Q. An X-ray tube operates at 40 kV. Suppose the electrons convert 70% its energy into a photon in each collision. Find the lowest 3 wavelength emitted.

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An X-rays tube operates at 20 kV. A particular electron loses 5% of its kinetic energy to emit an X-rays photon at the first collision. The wavelength corresponding to this photon will be :- (1) 1.24 nm (2) 2.24 nm (3) 3.5 nm (4) zero

An X-rays tube operates at 20 kV. A particular electron loses 5% of its kinetic energy to emit an X-rays photon at the first collision. The wavelength corresponding to this photon will be :-
(1) 1.24 nm
(2) 2.24 nm
(3) 3.5 nm
(4) zero