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0:03:15

A voltmeter of resistance 1000 ohm is connected across a resistance of 500 ohm in the given circuit

0:04:18

Find the current through 10 Ohm resistance in the given circuit

0:02:39

An electric lift with a maximum load of 2000kg is moving with a constant speed of 1.5 m/s

0:00:46

A particle with total energy E is moving in a potential energy region U(x) Motion of the particle

0:04:34

A bullet of mass 200g having initial kinetic energy 90J is shot inside a long swimming pool as shown

0:04:50

A body of mass 4m is lying in x-y plane at rest.It suddenly explodes into three pieces.Two pieces

0:05:39

A particle of mass m moving in the x direction with speed 2v is hit by another particle of mass 2m

0:04:11

A particle moves so that it's position vector is given by r=coswt x+sinwt y where w is a constant

0:02:47

A body of mass 3kg is under a constant force which causes a displacement s in metres in it given by

0:02:25

As per the given figure a small ball P slides down the quadrant of a circle and hits the other ball

0:03:18

A uniform force of (3I + j)N acts on a particle of mass 2kg Hence the particle is displaced from

0:04:25

A block of mass 2kg moving on a horizontal surface with speed of 4m/s enters a rough surface ranging

0:04:10

Quantum Mechanics Previous year Solutions Part 3

0:11:01

Quantum Mechanics Previous year MCQ soluutions

0:01:04

The ionization potential of hydrogen atom is 13.6V.The energy required to remove an electron from

0:01:05

If element with principal quantum number n greater than 4 were not allowed in nature,the number of

0:01:55

Quantum Mechanics Solutions -1

0:05:03

Ehrenfest's theorem/Relationship between classical & quantum motion /one dimensional wave packet

0:02:29

Quantum mechanics/The Commutator/Provability Current Density/Expectation values

0:01:52

Schrodinger Wave Equations TISE &TDSE

0:02:35

Quantum Mechanics/Heisenberg Uncertainty Principle and it's Applications

0:06:54

Quantum Mechanics/Wave-Particle Duality

0:00:30

The maximum line integral of a vector per unit area along the boundary of an infinitisemal area is