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.
yes, sound is a wave. waves can be refracted.
A change of frequence in a wave (usually in a sound, or electromagnetic wave), due to the relative movement between the source of the sound and an observer.A change of frequence in a wave (usually in a sound, or electromagnetic wave), due to the relative movement between the source of the sound and an observer.A change of frequence in a wave (usually in a sound, or electromagnetic wave), due to the relative movement between the source of the sound and an observer.A change of frequence in a wave (usually in a sound, or electromagnetic wave), due to the relative movement between the source of the sound and an observer.
The lowest point on a sound wave is the trough, which represents the lowest amplitude or pressure point in the wave. In a light wave, the lowest point is the trough as well, representing the lowest intensity or energy level of the wave.
The relationship between vibration and the frequency of a sound wave is that the frequency of a sound wave is directly related to the rate of vibration of the sound source. In other words, the higher the frequency of a sound wave, the faster the source of the sound is vibrating.
Sound and light are alike when light is considered a wave. Light may also be considered a stream of particles, but in the times that it is considered a wave it obeys the same mathematical laws that sound does.
Easy. Light is a wave you can see, sound is a wave you can hear. B.T.W. light travels 186000 miles per second, and sound at 678.2.
A sound wave
yes, sound is a wave. waves can be refracted.
The amplitude of a wave produces the intensity of the wave. With a light wave, it is the intensity of the light, with a sound wave, it is how loud the sound is
A change of frequence in a wave (usually in a sound, or electromagnetic wave), due to the relative movement between the source of the sound and an observer.A change of frequence in a wave (usually in a sound, or electromagnetic wave), due to the relative movement between the source of the sound and an observer.A change of frequence in a wave (usually in a sound, or electromagnetic wave), due to the relative movement between the source of the sound and an observer.A change of frequence in a wave (usually in a sound, or electromagnetic wave), due to the relative movement between the source of the sound and an observer.
Light is an electromagnetic wave; and those are transverse. Sound is usually a longitudinal wave.
Light is an electromagnetic wave; and those are transverse. Sound is usually a longitudinal wave.
First of all, a sound wave is not a light wave. The frequency is not the only difference - it is quite a different type of wave. A wound wave might somehow INDUCE the creation of light waves (I don't know, it is just a possibility), but the sound wave ITSELF will not become a light wave. Second, the frequencies of light are extremely high; I am not sure whether sound can made at such frequencies.
The lowest point on a sound wave is the trough, which represents the lowest amplitude or pressure point in the wave. In a light wave, the lowest point is the trough as well, representing the lowest intensity or energy level of the wave.
Sound.
No, you can not turn a light wave into a sound wave. While some people have a gift of seeing colors with sound (similar to perfect pitch), there is no way right now to hear light or colors in a laboratory setting.
Sound isn't. The others are.