356421 The total energy of an electron in an atom in an orbit is \( - 3.4\,eV\). Its kinetic and potential energies are, respectively:

356422 The ground state energy of hydrogen atom is \( - 13.6\,eV\). To send its electron to the first excited state, its excitation energy required is

356423 The force acting on the electrons in hydrogen atom (Bohr’s theory) is related to the principle quantum number \(n\) as

356424 The ratio of the magnetic dipole moment to the angular momentum of the electron in the \({1^{st}}\) orbit of hydrogen atoms is

356421 The total energy of an electron in an atom in an orbit is \( - 3.4\,eV\). Its kinetic and potential energies are, respectively:

356422 The ground state energy of hydrogen atom is \( - 13.6\,eV\). To send its electron to the first excited state, its excitation energy required is

356423 The force acting on the electrons in hydrogen atom (Bohr’s theory) is related to the principle quantum number \(n\) as

356424 The ratio of the magnetic dipole moment to the angular momentum of the electron in the \({1^{st}}\) orbit of hydrogen atoms is

356421 The total energy of an electron in an atom in an orbit is \( - 3.4\,eV\). Its kinetic and potential energies are, respectively:

356422 The ground state energy of hydrogen atom is \( - 13.6\,eV\). To send its electron to the first excited state, its excitation energy required is

356423 The force acting on the electrons in hydrogen atom (Bohr’s theory) is related to the principle quantum number \(n\) as

356424 The ratio of the magnetic dipole moment to the angular momentum of the electron in the \({1^{st}}\) orbit of hydrogen atoms is

356421 The total energy of an electron in an atom in an orbit is \( - 3.4\,eV\). Its kinetic and potential energies are, respectively:

356422 The ground state energy of hydrogen atom is \( - 13.6\,eV\). To send its electron to the first excited state, its excitation energy required is

356423 The force acting on the electrons in hydrogen atom (Bohr’s theory) is related to the principle quantum number \(n\) as

356424 The ratio of the magnetic dipole moment to the angular momentum of the electron in the \({1^{st}}\) orbit of hydrogen atoms is