| Ohm's Law | Resistance | Resistivity | Temperature Effect on Resistivity | Factors |
55:39
| Ohm's Law | Resistance | Resistivity | Temperature Effect on Resistivity | Factors |
Two charges 2 micro Coulomb and -2 micro Coulomb are placed at (0,0,a) and (0,0,-a) in a...
7:22
Two charges 2 micro Coulomb and -2 micro Coulomb are placed at (0,0,a) and (0,0,-a) in a...
The metallic bob of an oscillating pendulum has positive charge. What will be the effect on the....
3:58
The metallic bob of an oscillating pendulum has positive charge. What will be the effect on the....
The corners of a cube of side 'a' have 'q' charge each. What is the electric field at the.......
2:55
The corners of a cube of side 'a' have 'q' charge each. What is the electric field at the.......
Two ‘free’ point charges +4e and +e are placed distance ‘a’ apart. Where should a third point charge
5:54
Two ‘free’ point charges +4e and +e are placed distance ‘a’ apart. Where should a third point charge
Two identical charges, Q each, are kept at a distance r from each other. A third charge q is placed
7:48
Two identical charges, Q each, are kept at a distance r from each other. A third charge q is placed
Equipotential surface | Electrostatics | Electric potential | LP | Learning Physics | Rakesh Ahuja |
5:23
Equipotential surface | Electrostatics | Electric potential | LP | Learning Physics | Rakesh Ahuja |
Electric potential energy | LP | Learning Physics | Rakesh Ahuja |
14:06
Electric potential energy | LP | Learning Physics | Rakesh Ahuja |
Electric Potential due to dipole | Axial Line | Equatorial axis | at any point | LP |
18:06
Electric Potential due to dipole | Axial Line | Equatorial axis | at any point | LP |
Electric Potential at a point | Electric potential Difference | LP | Learning Physics | Rakesh Ahuja
27:41
Electric Potential at a point | Electric potential Difference | LP | Learning Physics | Rakesh Ahuja
Electric Potential | complete concept | Electric Potential Energy | Potential due to dipole |
1:05:10
Electric Potential | complete concept | Electric Potential Energy | Potential due to dipole |
Coulomb's law in vector form | LP | Learning Physics | Rakesh Kumar Ahuja |
11:51
Coulomb's law in vector form | LP | Learning Physics | Rakesh Kumar Ahuja |
Torque acting on an electric dipole | LP | Learning Physics | Rakesh Kumar Ahuja |
18:38
Torque acting on an electric dipole | LP | Learning Physics | Rakesh Kumar Ahuja |
Electric field at a point on the equatorial axis | LP | Learning Physics | Rakesh Kumar Ahuja |
21:28
Electric field at a point on the equatorial axis | LP | Learning Physics | Rakesh Kumar Ahuja |
Electric field at axial line of electric dipole | LP | Learning Physics | Rakesh Kumar Ahuja |
11:31
Electric field at axial line of electric dipole | LP | Learning Physics | Rakesh Kumar Ahuja |
Electric dipole moment | Concept & examples | LP | Learning Physics | Rakesh Ahuja |
12:27
Electric dipole moment | Concept & examples | LP | Learning Physics | Rakesh Ahuja |
complete | concept | Electric | dipole | field | torque | LP | Learning | physics | rakesh kumar |
1:04:18
complete | concept | Electric | dipole | field | torque | LP | Learning | physics | rakesh kumar |
An equiconvex lens with radii of curvature of magnitude R each, is put over a liquid layer poured
5:09
An equiconvex lens with radii of curvature of magnitude R each, is put over a liquid layer poured
Figure shows an equiconvex lens of refractive index 1.50 in contact with a liquid layer on top of a
9:48
Figure shows an equiconvex lens of refractive index 1.50 in contact with a liquid layer on top of a
What is the electric flux through the shaded area of a square sheet of side ‘a’ due to a point char
3:42
What is the electric flux through the shaded area of a square sheet of side ‘a’ due to a point char
An electron and a photon have same de Broglie wavelength (say1Å) Which one possesses greater KE
5:29
An electron and a photon have same de Broglie wavelength (say1Å) Which one possesses greater KE
Satellite | Orbital velocity | Geostationary Satellite | LP | Learning Physics | Rakesh Kumar Ahuja|
23:52
Satellite | Orbital velocity | Geostationary Satellite | LP | Learning Physics | Rakesh Kumar Ahuja|
Acceleration due to gravity | Concept | Factors | LP | Learning Physics | Rakesh Kumar Ahuja |
25:07
Acceleration due to gravity | Concept | Factors | LP | Learning Physics | Rakesh Kumar Ahuja |
Newton's Universal Law of Gravitation | Gravitational Force | LP | Learning Physics | Rakesh Ahuja |
16:34
Newton's Universal Law of Gravitation | Gravitational Force | LP | Learning Physics | Rakesh Ahuja |
deBroglie wavelength | graphs | Dual Nature | LP | Rakesh Kumar Ahuja | Learning Physics |
32:56
deBroglie wavelength | graphs | Dual Nature | LP | Rakesh Kumar Ahuja | Learning Physics |
Photoelectric effect | Dual Nature | factors | LP | Learning Physics | Rakesh Kumar Ahuja |
32:10
Photoelectric effect | Dual Nature | factors | LP | Learning Physics | Rakesh Kumar Ahuja |
Ray Optics | Practice Questions | Dispersion | LP | Learning Physics by Rakesh Kumar Ahuja |
21:15
Ray Optics | Practice Questions | Dispersion | LP | Learning Physics by Rakesh Kumar Ahuja |
Escape velocity | Gravitational potential energy | Gravitational field | Gravitational Potential |
30:02
Escape velocity | Gravitational potential energy | Gravitational field | Gravitational Potential |
Two metallic rods, each of length L, area of cross A1 and A2 having resistivity rl and r2 are
4:36
Two metallic rods, each of length L, area of cross A1 and A2 having resistivity rl and r2 are
A ray of light travelling in glass of refractive index 3/2 is incident on a horizontal glass-air
8:56
A ray of light travelling in glass of refractive index 3/2 is incident on a horizontal glass-air