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Yes longitudinal waves can be diffracted. Example: Light waves.
The light changes its direction. In case you want to do more reading on the subject, this is called "refraction".The light changes its direction. In case you want to do more reading on the subject, this is called "refraction".The light changes its direction. In case you want to do more reading on the subject, this is called "refraction".The light changes its direction. In case you want to do more reading on the subject, this is called "refraction".
Both are ways to transport energy from point a, to point b. Both sound and light waves have a speed, wavelength and frequency. Both can be diffracted, reflected and refracted, as those are properties of waves.
The light waves bounce off the surface and travel in a new direction
Light travels in the direction it was emitted. Light cannot steer itself towards any particular object.
Yes longitudinal waves can be diffracted. Example: Light waves.
You mean "can light waves travel in nonstraight lines?"? Yes, if they are diffracted or pass through different materials. Gravity can also affect light waves and curve them.
The light changes its direction. In case you want to do more reading on the subject, this is called "refraction".The light changes its direction. In case you want to do more reading on the subject, this is called "refraction".The light changes its direction. In case you want to do more reading on the subject, this is called "refraction".The light changes its direction. In case you want to do more reading on the subject, this is called "refraction".
That means that the light waves rebound, and change direction.
AM Waves diffract more than FM waves.
Electromagnetic waves, like light, do involve changes in the electric and the magnetic field. These changes propagate at the speed of light - as a wave.Electromagnetic waves, like light, do involve changes in the electric and the magnetic field. These changes propagate at the speed of light - as a wave.Electromagnetic waves, like light, do involve changes in the electric and the magnetic field. These changes propagate at the speed of light - as a wave.Electromagnetic waves, like light, do involve changes in the electric and the magnetic field. These changes propagate at the speed of light - as a wave.
Both are ways to transport energy from point a, to point b. Both sound and light waves have a speed, wavelength and frequency. Both can be diffracted, reflected and refracted, as those are properties of waves.
That is correct. Polarization is possible only when the direction of vibration is perpendicular to the direction of the wave travel, such is in light. In sound waves, the direction of vibration (compression) is the same direction as the direction of the travel of the sound wave, and therefore polarization is not possible.
The light waves bounce off the surface and travel in a new direction
Light travels in the direction it was emitted. Light cannot steer itself towards any particular object.
Light waves are made up of electrical waves and magnetic waves that are perpendicular to each other and support each other, they are also perpendicular to the direction the waves are traveling so there are no vibrations in the direction the light travels.
There is no 'wrong angle' - it either passes through the prism or it doesn't. The blue or violet waves will be the most diffracted.