For a spherically symmetrical charge shorts | ytshorts| Electrostatic | Electric field | Jee advance
For a spherically symmetrical charge distribution, electric field at a distance r from the centre of sphere is E = kr'î, where k is a constant. What will be the volume charge density at a distance r from the centre of sphere ?
(A) rho = 9k*epsilon_{0} * r ^ 6
(Β) rho = 5k*epsilon_{0} * r ^ 3
(C) rho = 3k*epsilon_{0} * r ^ 4
(D) rho = 9k*epsilon_{0} * r ^ 0
#electrostaticsphysics #electrostaticsclass12 #electricfield #electricfieldphysics #electricfieldofacontinuouschargedistribution #विद्युतक्षेत्रकीतीव्रता #विद्युतक्षेत्रकीतीव्रताक्याहै
#electric #electrostatics #shorts #ytshorts #youtubeshorts
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Видео For a spherically symmetrical charge shorts | ytshorts| Electrostatic | Electric field | Jee advance канала Bhautikee Junction
(A) rho = 9k*epsilon_{0} * r ^ 6
(Β) rho = 5k*epsilon_{0} * r ^ 3
(C) rho = 3k*epsilon_{0} * r ^ 4
(D) rho = 9k*epsilon_{0} * r ^ 0
#electrostaticsphysics #electrostaticsclass12 #electricfield #electricfieldphysics #electricfieldofacontinuouschargedistribution #विद्युतक्षेत्रकीतीव्रता #विद्युतक्षेत्रकीतीव्रताक्याहै
#electric #electrostatics #shorts #ytshorts #youtubeshorts
विद्युत क्षेत्र
स्थिरवैद्युतिकी
Jee advanced Questions
jee advanced solution
jee advanced Questions series
best Question
Видео For a spherically symmetrical charge shorts | ytshorts| Electrostatic | Electric field | Jee advance канала Bhautikee Junction
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