Nothing will happen to the waves unless they hit some kind of reflective boundary. Then the first wave will affect the second wave as it is reflected depending on the frequency of the wave and the wave's velocity. At the point where the waves intersect they can momentarily amplify or negate each other (or any mix in between) depending on their momentary orientation. As the waves travel, there will be a point where each happens in full and there will be an intermediate area between that will be some hybrid. When the waves are continuous such as in a pure tone of sound generated from a speaker, this will create "nodes" of cancellation and amplification that are stationary within a room. This is most notable with low frequencies because of the longer wavelength. However, if the waves never encounter such a reflective surface, they will never affect each other.
they travel along vibrations that happen every nano-second in the air.
Light rays travel in straight paths as transverse waves. It needs no medium to travel along.
Light Rays travel in straight paths as transverse waves. It needs no medium to travel along.
It only happens when the incident ray is shone at 90 degrees. The refracted ray will then travel along the same path as the incident ray. This is known as total internal refraction.
Because it rolls along the ground
The opposite of leave behind is bring along or take with. It means to take something or someone along with you instead of leaving them behind.
they travel along vibrations that happen every nano-second in the air.
Light does not travel further along power lines. What phenomenon are you describing?
if you mean a wave at a beach the stronger one or with much strength will go behind and if going faster will destroy the one in front and then move ahead but gets destroyed faster than it would if it had not hit anything because it lost power by hitting the other if this not the kind of wave you meant than specify what kind .
no
He got along by killing the people he left behind
Beacause it was the fastest and easiest way to travel.
The opposite of "left behind" is "taken along" or "brought along." It implies that something or someone is not forgotten or abandoned, but instead brought with you.
Longitudinal waves travel on a string!
surface waves can only travel along the surface.
The Earth travels along a path called the Ecliptic.
You cannot travel on a cancelled passport, but you can carry it with you. You have to travel on your renewed passport.