vaccum chamber
opaque
A sound wave can kill a person because let's say its too loud yes it can because the pressure between the person and the sound wave is too much and is it explodes you ears that make your brain go out of function
what is being asked for in this question is "frequency(f)", but in order to answer to answer this question, there is need to know the velocity of this sound wave and its wave length. since there are non of these mentioned in the question, i will give my own values, let the velocity be 330m/s which is the speed of sound in air and let the wave length be 30m. therefore f=velocity/wave length: which gives f=330m per second/30m = 11 hertz
It scatters the light
It doesn't let heat through and it doesn't melt. It is hard to get electricity through which is good because it means it doesn't let heat through. It can let sound through but not heat.
Not let light through them :D
Sounds cannot be heard in space to begin with, so hearing any from anny time is impossible. Secondly, the energy in a mechanical wave such as sound is dispersed and transformed as the wave travels. After a while all of this energy is turned to heat, and the wave ceases to exist, so even if sound travelled through space, we would not hear it after only a few hours, let alone years or centuries as with light.
A sound wave can kill a person because let's say its too loud yes it can because the pressure between the person and the sound wave is too much and is it explodes you ears that make your brain go out of function
Yes, it does.
There are many possible formulas. The simplest would be to map the hearing range directly to the visible. The speed of sound in air is about 300 meters per second and the speed of light is about 3e8 meters per second. We can hear frequencies of 20 to 20,000 Hz, and that corresponds to wavelengths of 15 down to .015 meters. We can see wavelengths from 700 nanometers down to 400 nanometers. So a straight formula would be light wave length = 20e-9 * (sound wave length) + 399.7e-9 (in meters) sound wave length = 300 / (sound frequency in Hz) (in meters) Another way would be to compress the sound into octaves and let that be a linear mapping. This would be like assigning the keys on a piano to specific colors. A formula for that might be light wave length = 100 * (Log (sound wave length)) + 582.4 (in nanometers) (and I used the same formula for sound wave length above).
what is being asked for in this question is "frequency(f)", but in order to answer to answer this question, there is need to know the velocity of this sound wave and its wave length. since there are non of these mentioned in the question, i will give my own values, let the velocity be 330m/s which is the speed of sound in air and let the wave length be 30m. therefore f=velocity/wave length: which gives f=330m per second/30m = 11 hertz
The motto of University of Washington North Sound is 'Let there be light'.
it doesn't let light through
There are many materials that light can not travel through which are called opaque objects.
opaque.
Opaque
It scatters the light
It doesn't let heat through and it doesn't melt. It is hard to get electricity through which is good because it means it doesn't let heat through. It can let sound through but not heat.