In relation to Hertz, he only achieved a spark in the secondary loop when the discharge gaps were in a parallel plane with each other. From this, he observed that EMR travelled in straight lines and were in fact transverse waves, since only these can be polarised.so generally polarization is restriction of the electric field of the EMR to oscillate in certain planes only.
ThankyouIn relation to Hertz, he only achieved a spark in the secondary loop when the discharge gaps were in a parallel plane with each other. From this, he observed that EMR travelled in straight lines and were in fact transverse waves, since only these can be polarised.
So basically, I remember the concept of polarisation as a restricting path for EMR (ie, Hertz had to align his loops in a specific way, with the help of parabolic mirrors, in order to transmit the waves)
polarization is not about limiting which path the EMR can travel.. you can have a source sending out polarized light in all directions.So basically, I remember the concept of polarization as a restricting path for EMR
Good answer easy to understandpolarization is not about limiting which path the EMR can travel.. you can have a source sending out polarized light in all directions.
polarization is when you look at any particular EMR wave, and its electric fields are oscillating in certain planes only. Maybe this is hard to see without diagrams, just wiki it, and you will see.