@1995a1995z Transverse waves oscillate perpendicular to wave direction, while longitudinal waves oscillate parallel to the wave propagation, Polarization planes reduce wave intensity by limiting wave oscillation and wave direction to only one plane.
But wait, why would it work for longitudinal waves? Surely you would still be able to pass energy through.
1995a1995z 3 weeks ago
@1995a1995z Transverse waves oscillate perpendicular to wave direction, while longitudinal waves oscillate parallel to the wave propagation, Polarization planes reduce wave intensity by limiting wave oscillation and wave direction to only one plane.
FunnyGirl1321 1 day ago
1:35 2nd polarizer is actually called an analyzer
tjaro14 3 months ago
very helpful! tq so much!
greet from germany :D
extremeclimax 4 months ago 2
mate, that was one the best presentations I've seen so far.
paulofighters 6 months ago
mahn...., u seriously ROCK!!!!!!
JoelMhaske 7 months ago
thank u.. very helpful..
fayezalle43 10 months ago
Very helpful. Great example of a polarizer (constricting motion of the spring = constricting wavelengths of the light)
dshafropuff 11 months ago
Very Helpful thanks!
Tmac631 1 year ago
Comment removed
Tmac631 1 year ago