Видео ютуба по тегу Charge-Radius

An insulating sphere with radius has a uniform charge density The sphere is not centered at the orig
An insulating sphere with radius has a uniform charge density The sphere is not centered at the orig
A solid conducting sphere with radius carries a positivetotal charge The sphere is surrounded by an
A solid conducting sphere with radius carries a positivetotal charge The sphere is surrounded by an
A nonconducting sphere of radius is uniformly charged with volume charge density It is surrounded b
A nonconducting sphere of radius is uniformly charged with volume charge density It is surrounded b
The nuclear radius of Pb208 is 8.874 fm. What will be the nuclear radius of Ca44?
The nuclear radius of Pb208 is 8.874 fm. What will be the nuclear radius of Ca44?
JEE MAIN PYQ: nuclear radii and density
JEE MAIN PYQ: nuclear radii and density
radius and density of nucleus t
radius and density of nucleus t
Тонкая сферическая оболочка радиусом R имеет равномерную поверхностную плотность заряда σ. Исполь...
Тонкая сферическая оболочка радиусом R имеет равномерную поверхностную плотность заряда σ. Исполь...
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
Order of magnitude: electron orbit vs nucleus radius?
Order of magnitude: electron orbit vs nucleus radius?
How does nuclear radius scale with mass number A?
How does nuclear radius scale with mass number A?
Shielding Effect | Effective Nuclear Charge | Lanthanide Contraction | Atomic radius | Chemophobia
Shielding Effect | Effective Nuclear Charge | Lanthanide Contraction | Atomic radius | Chemophobia
Q19 A charge q is placed inside a sphere of radius filled with water and another charge 2q is placed
Q19 A charge q is placed inside a sphere of radius filled with water and another charge 2q is placed
#jeemain2020 A solid sphere of radius R carries a charge Q+q distributed uniformly over its volume.
#jeemain2020 A solid sphere of radius R carries a charge Q+q distributed uniformly over its volume.
A solid spherical conductor has charge +Q and radius R. It is surrounded by a solid spherical shell
A solid spherical conductor has charge +Q and radius R. It is surrounded by a solid spherical shell
L-4 Size of Nucleus Explained 🔥 | Nuclear Radius Formula | Class 12 | JEE & NEET Physics
L-4 Size of Nucleus Explained 🔥 | Nuclear Radius Formula | Class 12 | JEE & NEET Physics
Properties of Nucleus | Nuclear Charge | Nuclear Mass | Nuclear Size | Nuclear Density
Properties of Nucleus | Nuclear Charge | Nuclear Mass | Nuclear Size | Nuclear Density
Gloria Clausen
Gloria Clausen "The ionization energy of metastable 3He and 4He 2^3S1 and the alpha- and [...]"
Andrew Mansour
Andrew Mansour "Variation of the Quadrupole Hyperfine Structure and Nuclear Radius due to an [...]"
Randolf Pohl
Randolf Pohl "The 3He charge radius and the 3He-4He isotope shift from laser spectroscopy of [...]"
Consider a sphere of radius R with charge density distributed as ρ (r ) = kr for r ≤ R= 0 for r
Consider a sphere of radius R with charge density distributed as ρ (r ) = kr for r ≤ R= 0 for r
If the nuclear radius of A1 is 3.6fermi,the approximate nuclear radius of Cu in fermi is|FAQ in NEET
If the nuclear radius of A1 is 3.6fermi,the approximate nuclear radius of Cu in fermi is|FAQ in NEET
Nuclear Radius, Woods–Saxon & RMS Radius Explained | Pappu Sir
Nuclear Radius, Woods–Saxon & RMS Radius Explained | Pappu Sir
A charge q is placed inside a sphere of radius a filled with water, and another charge 2q is place..
A charge q is placed inside a sphere of radius a filled with water, and another charge 2q is place..
A charged sphere of radius r has surface charge density σ. The electric field on its surface is E. I
A charged sphere of radius r has surface charge density σ. The electric field on its surface is E. I
“Intrinsic Properties of Nucleus | Mass, Charge, Size, Density Explained”
“Intrinsic Properties of Nucleus | Mass, Charge, Size, Density Explained”