List of top Physics Questions asked in JEE Main, VITEEE

In the angular momentum equation for the hydrogen atom, the principal quantum number is:

The transition of an electron from \( n = 5 \) to \( n = 6 \) corresponds to:

The velocity, \( v \), at which the mass of a particle is double its rest mass is:

The difference between the rest mass of the nucleus and the sum of the masses of the nucleons composing a nucleus is known as:

The half-life period of Radium is 3 minutes. Its decay constant is:

The neutrino has mass and neutron fall under the group of:

The wavelength of a spectral line in the second order of the hydrogen spectrum is 2.82 Å. The wavelength of the spectral line in the first order is:

The inductance of an inductor becomes equal to capacitance when:

Which is the incorrect statement of the following?

The de Broglie wavelength associated with a steel ball of mass 100 g moving at a speed of 1 m/s is:

How much energy is produced, if 2 kg of a substance is fully converted into energy?

'Pair production' involves conversion of a photon into:

When the conductivity of a semiconductor is due only to the breaking up of the covalent bonds, the semiconductor is known as:

In a P-type semiconductor, the acceptor impurity is:

An amplifier with proper negative feedback network circuits:

Which of the following gates can perform perfect binary addition?

An FM transmitter without signal input is called:

The frequency of an FM transmitter without signal input is:

Vidicon works on the principle of:

The maximum range, \( d_{\text{max}} \), of radar is:

In the presence of magnetic field \( B \) and electric field \( E \), the total force on a moving charged particle is:

A galvanometer has a resistance of 50Ω. If a resistance of 12Ω is connected across its terminals, the total current flow through the galvanometer is:

In a P-type semiconductor, the acceptor impurity produces an energy level

In the presence of magnetic field ?B? and electric field ?E?, the total force on a moving charged particle is

In Young's double slit experiment intensity at a point is (1/4) of the maximum intensity. Angular position of this point is