The radii of Bohr's orbit are directly proportional to
Magnetic moment of an electron in n^("th") Bohr orbit is proportional to
The linear speed of an electron in Bohr's orbit is inversely proportional to
The linear speed of an electron in Bohr's orbit is inversely proportional to
Assertion: The de Broglie wavelength of an electron in n^(th) Bohr orbit of hydrogen is inversely proportional to the square of quantum number n. Reason: The magnitude of angular momentum of an electron in n^(th) Bohr orbit of hydrogen atom is directly proportional to n.
In Bohr's model of the hydrogen atom, let R, V, T and E represent the radius of the orbit, speed of the electron, time period of revolution of electron and the total energy of the electron respectively. The quantity proportional to the quantum number n is
the centripetal acceleration of an electron in a Bohr's orbit is inversely proportional to
Total energy possessed by an electron revolving around nucleus in an orbit of radius r is proportional to
