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Josephk1508
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Homework Statement
Given a Electric dipole located at the origin of the coordinate system, which oscillates with a given frequency and amplitude, creating an electromagnetic wave. It is found that no power can be detected at point P1 = (3 y) m (i.e. the intensity of the wave at that point is zero). Another measurement is made at the point P2 = (1 x) m where it is found that the radiation is locally a plane monochromatic wave.
Homework Equations
Poynting's vector is <S> = 2.5 x J/m^2s
The Attempt at a Solution
I solved the first part but stuck when it asks me Find the amplitude and direction of oscillation of E and B at P2? And the total power radiated by the dipole? The total power emitted is calculated by using the flux of <S> crossing a spherical surface radius r, but still finding it tricky.
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