Gauss law
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Gauss's law states that the total electric flux passing through any closed surface is equal to the enclosed electric charge divided by the permittivity of free space. The document provides an example of calculating the electric flux produced by multiple point charges enclosed within a closed surface. It states that the electric flux is calculated by taking the total enclosed charge Q and dividing it by the permittivity of free space ε0. In other words, the electric flux Φe equals the total enclosed charge Q divided by the permittivity of free space ε0.
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Gauss law
- 1. Presented by Syed Nawazish Ali, Email: nawazishalikazmi87@gmail.com What's App: +92-316-5838833 GAUSS LAW
- 4. • Let Suppose we have surface Oq1 Oq2 Oq3 Oq4 Oqn In this shape we have a charges. The number of charges have into the one surface, now how much will be the fulx?
- 5. We use Internet at home and almost 4 to 5 persons using it. Now the last movement what will be the impact on Mbs? Definitely it will ended soon. If we look single charge that is close into the one surface it will be Φe ; is derived electric flux (Electric Flux is the rate of flow of the electric field through a given area Equal charge Φe = q1 ℰo Absolvent Nod
- 6. Now we take all absolvent nod “Common” Φe = 1/ ℰo (q1+q2+q3+qn) Now we represent all the charges with Capital “Q” Φe = Q/ ℰo
- 7. So we can conclude that if you submit any charge and wanting to know electric flux so you should divided overall charge (Q) into absolute Nod (ℰo) and will find electric flux Φe