![Find the dimension of the quantity `(1)/(4pi epsilon_(0))(e^(2))/(hc)`, the letters have thei - YouTube Find the dimension of the quantity `(1)/(4pi epsilon_(0))(e^(2))/(hc)`, the letters have thei - YouTube](https://i.ytimg.com/vi/OW0I0h9P9nk/maxresdefault.jpg)
Find the dimension of the quantity `(1)/(4pi epsilon_(0))(e^(2))/(hc)`, the letters have thei - YouTube
![Value, Unit & Dimension of Epsilon naught & K (in Coulomb's Law) || video - 15 || in written form - YouTube Value, Unit & Dimension of Epsilon naught & K (in Coulomb's Law) || video - 15 || in written form - YouTube](https://i.ytimg.com/vi/hVZWOPcfv-c/maxresdefault.jpg)
Value, Unit & Dimension of Epsilon naught & K (in Coulomb's Law) || video - 15 || in written form - YouTube
Show the capacitance of the spherical conductor is 4pi epsilon times the radius of the spherical conductor
Find the energy of H Atom in first excitation state. The value of premitivity factor 4pi epsilon Not Is given as 1.11264 10* 10 C* 2 N* 1 m* 2
![The reduced potential, $4\pi {{R}^{3}}{{\epsilon }_{0}}V/{{d}^{2}}$ 4 π... | Download Scientific Diagram The reduced potential, $4\pi {{R}^{3}}{{\epsilon }_{0}}V/{{d}^{2}}$ 4 π... | Download Scientific Diagram](https://www.researchgate.net/publication/260250878/figure/fig3/AS:1132503574286382@1647021301445/The-reduced-potential-4pi-R3epsilon-0V-d2-4-p-R-3-e-0-V-d-2.jpg)
The reduced potential, $4\pi {{R}^{3}}{{\epsilon }_{0}}V/{{d}^{2}}$ 4 π... | Download Scientific Diagram
The dimensional formula for permittivity of free space (epsilon0) in the equation F = 14piepsilon0 q1q2r^2 where, symbols have their usual meaning is
![The dimensions of `e^(2)//4pi epsilon_(0)hc`, where `e, epsilon_(0),h` and `c` are electroni - YouTube The dimensions of `e^(2)//4pi epsilon_(0)hc`, where `e, epsilon_(0),h` and `c` are electroni - YouTube](https://i.ytimg.com/vi/LFrCqhbl5_c/maxresdefault.jpg)
The dimensions of `e^(2)//4pi epsilon_(0)hc`, where `e, epsilon_(0),h` and `c` are electroni - YouTube
![Charge 2Q and –Q are placed as shown in figure. At what point electric field intensity will be zero?\n \n \n \n \n A. Between –Q and 2QB. On the left of – Charge 2Q and –Q are placed as shown in figure. At what point electric field intensity will be zero?\n \n \n \n \n A. Between –Q and 2QB. On the left of –](https://www.vedantu.com/question-sets/3ffd44a0-fe67-4970-abd8-efa271bae8dc1680354765673448147.png)