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An electron of a hydrogen like atom, having Z = 4, jumps from 4th energy state to 2nd energy state.
1:52
An electron of a hydrogen like atom, having Z = 4, jumps from 4th energy state to 2nd energy state.
When a hydrogen atom is bombarded, the atom is excited to the 4 = n state. The energy released when
1:23
When a hydrogen atom is bombarded, the atom is excited to the 4 = n state. The energy released when
The energy required to remove the electron from a singly ionized Helium atom is 2.2 times the energy
3:40
The energy required to remove the electron from a singly ionized Helium atom is 2.2 times the energy
When a hydrogen is excited from ground state to first excited state, then (a) its kinetic energy in
3:58
When a hydrogen is excited from ground state to first excited state, then (a) its kinetic energy in
The energy of He+ ion in its first excited state is (The ground state energy of the hydrogen atom is
1:00
The energy of He+ ion in its first excited state is (The ground state energy of the hydrogen atom is
Let T1 and T2 be the energy of an electron in the first and second excited states of hydrogen atom
1:22
Let T1 and T2 be the energy of an electron in the first and second excited states of hydrogen atom
The total energy of an electron in an atom in an orbit is -3.4 eV. Its kinetic and potential energie
1:13
The total energy of an electron in an atom in an orbit is -3.4 eV. Its kinetic and potential energie
In Bohr’s atomic model of hydrogen let K, P and E are the kinetic energy, potential energy and total
2:50
In Bohr’s atomic model of hydrogen let K, P and E are the kinetic energy, potential energy and total
As an electron makes a transition from an excited state to the ground state of a hydrogen-like atom
3:05
As an electron makes a transition from an excited state to the ground state of a hydrogen-like atom
The kinetic energy of the electron in an orbit of radius r in hydrogen atom is e = electronic charge
3:32
The kinetic energy of the electron in an orbit of radius r in hydrogen atom is e = electronic charge
Oscillations One Shot Physics 2025 | SHM One Shot | Simple Harmonic Motion Class 11th Physics NCERT
57:21
Oscillations One Shot Physics 2025 | SHM One Shot | Simple Harmonic Motion Class 11th Physics NCERT
The magnetic field at the Centre of hydrogen atom due to the motion of the electron in the first Boh
2:21
The magnetic field at the Centre of hydrogen atom due to the motion of the electron in the first Boh
Magnetic field at the Centre (at nucleus) of the hydrogen-like atoms (atomic number = Z) due to the
1:25
Magnetic field at the Centre (at nucleus) of the hydrogen-like atoms (atomic number = Z) due to the
Magnetic moment due to the motion of the electron in nth energy of hydrogen atom is proportional to
1:45
Magnetic moment due to the motion of the electron in nth energy of hydrogen atom is proportional to
An electron in a hydrogen atom makes a transition from first excited state to ground state. The equi
2:13
An electron in a hydrogen atom makes a transition from first excited state to ground state. The equi
The time period of revolution of electron in its ground state orbit in a hydrogen atom is 1.6 x 10^-
2:49
The time period of revolution of electron in its ground state orbit in a hydrogen atom is 1.6 x 10^-
The electron in a hydrogen atom makes transition from M shell to L. The ratio of magnitudes of initi
2:35
The electron in a hydrogen atom makes transition from M shell to L. The ratio of magnitudes of initi
The ratio between total acceleration of the electron in singly ionized helium atom and hydrogen atom
2:25
The ratio between total acceleration of the electron in singly ionized helium atom and hydrogen atom
If de-Broglie wavelength of an electron in the nth Bohr orbit is λn and the angular momentum is Ln
1:56
If de-Broglie wavelength of an electron in the nth Bohr orbit is λn and the angular momentum is Ln
Consider an electron in a hydrogen atom, revolving in its second excited state (having radius 4.65 Å
2:31
Consider an electron in a hydrogen atom, revolving in its second excited state (having radius 4.65 Å
Difference between nth and ( n+1)th Bohr’s radius of H atom is equal to its (n-1)th Bohr’s radius. T
2:07
Difference between nth and ( n+1)th Bohr’s radius of H atom is equal to its (n-1)th Bohr’s radius. T
Let R1 be the radius of the second stationary and R2 be the radius of the fourth stationary orbit of
1:31
Let R1 be the radius of the second stationary and R2 be the radius of the fourth stationary orbit of
How to Get Your Apaar ID | How to Make APAAR id in 5 mins | Step by Step Process | NEET 2025 | NTA
5:06
How to Get Your Apaar ID | How to Make APAAR id in 5 mins | Step by Step Process | NEET 2025 | NTA
The radius of inner most orbit of hydrogen atom is 5.3 x 10^-11 m. What is the radius of third allow
2:33
The radius of inner most orbit of hydrogen atom is 5.3 x 10^-11 m. What is the radius of third allow
If potential energy between a proton and an electron is given by U = ke^2/2R^3 where e is the charge
3:43
If potential energy between a proton and an electron is given by U = ke^2/2R^3 where e is the charge
A small particle of mass m moves in such a way that its potential energy U = 1/2(mω^2r^2) where ω is
2:34
A small particle of mass m moves in such a way that its potential energy U = 1/2(mω^2r^2) where ω is
In a hypothetical system, a particle of mass m and charge -3q is moving around a very heavy particle
2:59
In a hypothetical system, a particle of mass m and charge -3q is moving around a very heavy particle
Consider 3rd orbit of He+ (Helium) using nonrelativistic approach, the speed of electron in this orb
1:48
Consider 3rd orbit of He+ (Helium) using nonrelativistic approach, the speed of electron in this orb
The ratio for the speed of the electron in the 3rd orbit of He+ to the speed of the electron in the
1:36
The ratio for the speed of the electron in the 3rd orbit of He+ to the speed of the electron in the
In the Bohr model of a hydrogen atom, the centripetal force is furnished by the Coulomb attraction t
2:28
In the Bohr model of a hydrogen atom, the centripetal force is furnished by the Coulomb attraction t