Видео ютуба по тегу Spherical Shells

Magnetic Field Due to Uniformly Charged Spherical Shell | Class 12 CG Board Physics
Magnetic Field Due to Uniformly Charged Spherical Shell | Class 12 CG Board Physics
Consider three metal spherical shells A, B and C, each of radius R.Each shell has a concentric...
Consider three metal spherical shells A, B and C, each of radius R.Each shell has a concentric...
Electric field due to spherical shell(conducting) by gauss law class 12
Electric field due to spherical shell(conducting) by gauss law class 12
PHYSICS || JEE MAINS || ADVANCE|| ELECTRIC POTENTIAL|| CHARGING BY INDUCTION IN SPHERICAL SHELLS
PHYSICS || JEE MAINS || ADVANCE|| ELECTRIC POTENTIAL|| CHARGING BY INDUCTION IN SPHERICAL SHELLS
The outer and inner radii of a spherical shell are respectively 4cm and 1cm.Find the volume of metal
The outer and inner radii of a spherical shell are respectively 4cm and 1cm.Find the volume of metal
Three concentric conducting spherical shells carry +4q on the ineer shell +2q on the middle shell
Three concentric conducting spherical shells carry +4q on the ineer shell +2q on the middle shell
CBSE PYQ SERIES 22 | Consider three metal spherical shells A, B and C, each of radius R. Each shell
CBSE PYQ SERIES 22 | Consider three metal spherical shells A, B and C, each of radius R. Each shell
A conducting spherical shell with inner radius and outer radius has a positive point charge located
A conducting spherical shell with inner radius and outer radius has a positive point charge located
Two thin concentric spherical shells of radii and contain uniform surface charge densities and respe
Two thin concentric spherical shells of radii and contain uniform surface charge densities and respe
A, B and C are disc, solid sphere and spherical shell respectively [ JEE Main 2025 7 April Shift 1 ]
A, B and C are disc, solid sphere and spherical shell respectively [ JEE Main 2025 7 April Shift 1 ]
Uniformly charged infinite plane sheet | uniformly charged thin spherical shell
Uniformly charged infinite plane sheet | uniformly charged thin spherical shell
Uniformly charged infinite plane sheet | uniformly charged thin spherical shell
Uniformly charged infinite plane sheet | uniformly charged thin spherical shell
Derivation of Gravitational Potential & Field of a Spherical Shell /bsc 1st year physics
Derivation of Gravitational Potential & Field of a Spherical Shell /bsc 1st year physics
a thin metallic spherical shell of radius R carries a charge Q on its surface a point charge Q/2 is
a thin metallic spherical shell of radius R carries a charge Q on its surface a point charge Q/2 is
Consider three metal spherical shells A, B and C, each of radius R. Each shell #cbse #cbseclass12
Consider three metal spherical shells A, B and C, each of radius R. Each shell #cbse #cbseclass12
Electric field intensity due to uniformly charged hollow spherical shell || chapter 1 || unit-1
Electric field intensity due to uniformly charged hollow spherical shell || chapter 1 || unit-1
Q. Three concentric metallic spherical shells of radii R,2R and 3R are given charges Q 1 #jeemains
Q. Three concentric metallic spherical shells of radii R,2R and 3R are given charges Q 1 #jeemains
| Unusual properties of turbulent convection and dynamos in spherical shells
| Unusual properties of turbulent convection and dynamos in spherical shells
Electric Field Due to spherical shell | Inter Physics
Electric Field Due to spherical shell | Inter Physics
Question 4: Two thin, spherical shells each have the same mass M but different radii of R and 3R…
Question 4: Two thin, spherical shells each have the same mass M but different radii of R and 3R…
Two conducting spherical shells A and B of radii R and 2R are kept far apart and charged to the same
Two conducting spherical shells A and B of radii R and 2R are kept far apart and charged to the same
Moment of inertia of a spherical shell.
Moment of inertia of a spherical shell.
Electric Potential due to a Uniformly Charged Sphere or Spherical Shell : Key Formulae (Session 20)
Electric Potential due to a Uniformly Charged Sphere or Spherical Shell : Key Formulae (Session 20)
For a rolling spherical shell, the ratio of rotational kinetic energy and total kinetic energy is x/
For a rolling spherical shell, the ratio of rotational kinetic energy and total kinetic energy is x/
A charge +Q is placed on a thin conducting spherical shell of radius R. Use Gauss's theorem to deriv
A charge +Q is placed on a thin conducting spherical shell of radius R. Use Gauss's theorem to deriv