Answer:: Force is linear. Straight horizontal line ➖. Gyration is wave, 〰 sine transverse, perpendicular to linear force vector. Radiation is concentric, ⭕ cone out/in in series carrying a dextro or levo rotation.
is this really how electromagnetic waves propagate? ot is this simplification? if space is 3 dimensional, for me it seems strange, that electro and magnetic waves would move just straight and just in two of those dimensions
thanks i use it for my powerpoint
Answer:: Force is linear. Straight horizontal line ➖.
Gyration is wave, 〰 sine transverse, perpendicular to linear force vector.
Radiation is concentric, ⭕ cone out/in in series carrying a dextro or levo rotation.
If this is traveling though a conductor wire does it also spin / rotate?
So both waves move in opposing dimensions?
Hay quá
this would be a 100% polarized electromagnetic wave, am i right?
❤❤❤
is this really how electromagnetic waves propagate? ot is this simplification?
if space is 3 dimensional, for me it seems strange, that electro and magnetic waves would move just straight and just in two of those dimensions
What software did you use to do this animation ?
ikr
Really? Is the electric field flat?
من جاي من عند دكتور ديفيد 😅
Just another projection...