Maxwell said...
1)∇.D = ρ
2)∇.B = 0
3)∇xE = -∂B/∂t
4)∇xH = J +∂D/∂t
and then there was Light
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@thePiggsBoson
Electric Flux Density : D
Magnetic Flux Density: B
Electric Field Intensity: E
Magnetic Field Intensity: H
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@thePiggsBoson
Maxwell said...
1)∇.D = ρ Divergence of Electric flux Density is nothing Charge Density in that surface
2)∇.B = 0 Divergence of Magnetic flux Density is Zero, flux emrges north pole and merges into south pole.
and then there was Light
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@thePiggsBoson
3)∇xE = -∂B/∂t dynamics of magnetic flux density(rate of change of magnetic flux density as well as direction of magnetic flux ) at a particular point produces rotational electric field surround to that point.
Negative sign:forward direction of "B" is clockwise rotation of E.
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@thePiggsBoson
3)∇xE = -∂B/∂t
Negative sign:backward movement of "B" produces anticlock wise rotation of "E" and vice versa
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@thePiggsBoson
∇xH = J +∂D/∂t dynamics of electric flux density(rate of change of electric flux density as well as direction of electric flux ) and electric current passing at a particular point produces rotational magnetic field surround to that point.
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@thePiggsBoson
Maxwell said...
∇xH = J +∂D/∂t
Positive sign:forward direction of "D and J" is anticlockwise rotation of B, vice versa.
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@thePiggsBoson
Can't believe i was in love with this Equations then..... It was fun to proof it.... From differential to integral.
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@thePiggsBoson
Light was before Maxwell. Maxwell said that and then it was electrical revolution
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@thePiggsBoson
In fact, those equations are a reduction of the Maxwell equations made by Oliver Heaviside.
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