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Diffraction
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The spreading of waves into the region behind an obstacle is known as?
Diffraction.
What kind of wave travels by squeezing and spreading?
Sound waves are the waves that travel by squeezing and spreading.
The bending and spreading out of waves around the edges of a barrier and spreading out?
diffraction
How does the speed of a wave source and the speed of waves themselves compare when a bow wave is being produced?
A bow wave is produced when the speed of the source exceeds the natural speed of surface waves in the medium (water). This effect is characterised by the disturbance spreading out in a 'V' formation behind the boat.
Can radio waves be deflected?
Of course. That's how they reach the radio in your basement. Radio waves do all the same kinds of twisting, turning, bending, bouncing, and spreading contortions that light waves do.
What is the direction of waves behind an obstruction?
diffraction
The spreading of waves into the region behind an obstacle is known as?
Diffraction.
What kind of wave travels by squeezing and spreading?
Sound waves are the waves that travel by squeezing and spreading.
The bending and spreading out of waves around the edges of a barrier and spreading out?
diffraction
What wireless signal splits into secondary waves when it encounters an obstruction?
diffraction
Wireless signal splits into secondary waves when it encounters an obstruction?
diffraction
Does sportin waves give you waves?
it works simple when put it in the grease is spreading your waves and making them better
What is the outer movement of the ocean floor?
waves, spreading
The spreading of sound waves around openings in barriers is called?
DiFFRACTiON
How does the speed of a wave source and the speed of waves themselves compare when a bow wave is being produced?
A bow wave is produced when the speed of the source exceeds the natural speed of surface waves in the medium (water). This effect is characterised by the disturbance spreading out in a 'V' formation behind the boat.
Why is a bow wave produced when a wave source moves?
Like the Doppler effect, the source of the waves is moving, this time in the same direction as the wave front and therefore catching up to the waves that were produced earlier, resulting in a bunching up effect of waves in front of the source and a spreading out of wave fronts behind the source. Does this look like a bow to you>
Is a refractionThe spreading of sound waves around openings in barriers?
no, it's diffraction
