Consider a hydrogen-like ionized atom with atomic number with a single electron. In the emission spectrum of this atom, the photon emitted in the transition has energy higher than the photon emitted in the transition. Given that the ionization energy of the hydrogen atom is , what is the value of ?
Imagine that the electron in a hydrogen atom is replaced by a muon The mass of muon particle is times that of an electron and charge is equal to the charge of an electron. The ionization potential of this hydrogen atom will be:-
Monochromatic radiation of wavelength is incident on a hydrogen sample in ground state. Hydrogen atom absorbs a fraction of light and subsequently emits radiations of six different wavelengths. The wavelength is
and are the wavelengths of photons required to excite the Hydrogen atom from its ground state to its second and fourth excited states, respectively. What is the correct ratio ?
Drawing a neat energy level diagram, show the various spectral series of hydrogen atom and also write the formula for frequency of these spectral lines.
A neutron moving with a speed 'v' makes a head on collision with a stationary hydrogen atom in ground state. The minimum kinetic energy of the neutron for which perfactly inelastic collision will take place is :
A hydrogen atom is in an excited state of principal quantum number It emits a photon of wavelength when it returns to the ground state, the value of is ________
A hydrogen atom in the ground state absorbs, amount of energy. If the orbital angular momentum of the electron is increased by ( Plank constant), then the magnitude of is
A singly ionized helium atom in an excited state emits a photon of energy . Given that the ground state energy of hydrogen atom is , the energy and quantum number of the resulting state are respectively,
