A ray of light inside Region 1 in the xy-plane is incident at the semicircular boundary that carries no free charges. The electric field at the point P| r, in plane polar 4 P(ro,7/4) coordinates is E, = 7ê, – 3ê, where ê, and ê, are the unit E2 Region1 Region 2 vectors. The emerging ray in Region 2 has the electric field E, parallel to x-axis. If ɛ, and ɛ, are the dielectric constants of Region-1 and Region-2 respectively, then is
A ray of light inside Region 1 in the xy-plane is incident at the semicircular boundary that carries no free charges. The electric field at the point P| r, in plane polar 4 P(ro,7/4) coordinates is E, = 7ê, – 3ê, where ê, and ê, are the unit E2 Region1 Region 2 vectors. The emerging ray in Region 2 has the electric field E, parallel to x-axis. If ɛ, and ɛ, are the dielectric constants of Region-1 and Region-2 respectively, then is
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Transcribed Image Text:A ray of light inside Region 1 in the xy-plane is incident
at the semicircular boundary that carries no free charges.
The electric field at the point P| r,
4
in plane polar
P(ro,7/4)
coordinates is E = 7ê, – 3ê, where ê, and ê, are the unit
E1
RegionA Region 2
vectors. The emerging ray in Region 2 has the electric
field E, parallel to x-axis. If ɛ, and ɛ, are the dielectric
E2
constants of Region-1 and Region-2 respectively, then
is
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