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A photon of wavelength 300nm interacts with a stationary hydrogen atom in ground state. During the interaction, whole energy of the photon is transferred to the electron of the atom. State which possibility is correct. (Consider, Planck’s constant = 4×10⁻¹⁵ eVs, velocity of light =3×10⁸ ms⁻¹, ionisation energy of hydrogen = 13.6 eV)
Options
(a) Electron will be knocked out of the atom
(b) Electron will go to any excited state of the atom
(c) Electron will go only to first excited state of the atom
(d) Electron will keep orbiting in the ground state of the atom
Correct Answer:
Electron will keep orbiting in the ground state of the atom
Explanation:
No explanation available. Be the first to write the explanation for this question by commenting below.
Related Questions: - Tangent galvanometer is used to measure
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Topics: Atoms and Nuclei
(136)
Subject: Physics
(2479)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
- Tangent galvanometer is used to measure
- Monochromatic radiation emitted when electron on hydrogen atom
- A current is flowing through resistance. A potential difference of 120 V
- The nuclei of which one of the following pairs of nuclei are isotones?
- An open pipe resonates with a tuning fork of frequency 500 Hz. It is observed
Topics: Atoms and Nuclei (136)
Subject: Physics (2479)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
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