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The word you are looking for is LAMBDA not landa.
I suggest that you try drawing some sinewaves with varying phase shifts.
Add the two waveforms together.
When the phase shift is 180 degrees (half a wavelength) they will cancel out.
JimB
I know that 2 waves having a 0 degree out of phase will add each other and 2 waves having a 180 degree out of phase will cancel each other, But How to translate this for 2 speakers haing a distance of say LAMBDA or LAMBDA/2 to each other?
It doesn't apply - speakers lamba/2 apart would be in different countries.
Audio and radio waves are COMPLETELY different things.
True.Audio and radio waves are COMPLETELY different things.
Not True.It doesn't apply - speakers lamba/2 apart would be in different countries.
No magic, just simple maths!dr.power said:Thanks but I actually want to know the magic behind it.
There is a lot of scope for misunderstanding in that statement!Ok, so please just tell me why the length of an one-pole Antenna should be 1/4 of the signal wavelength so that the maximum power is sent?
There is not a simple answer, and depending on the configuration of the various parts of the system, a quarter wavelength antenna may not be the one which transmits maximum power.why the length of an one-pole Antenna should be 1/4 of the signal wavelength so that the maximum power is sent?
Ok, so please just tell me why the length of an one-pole Antenna should be 1/4 of the signal wavelength so that the maximum power is sent?
JimB said:There is not a simple answer