Differentiate between compression and rarefaction
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Answered by
108
Heyy mate ❤✌✌❤
Here's your Answer....
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=> When particles come together , they form a compression while When they move away, they form Rare fraction.
=> Compressions are regions of high density and high pressure while Rarefactions are regions of low density and low pressure.
✔✔✔
Here's your Answer....
⤵️⤵️⤵️⤵️⤵️⤵️⤵️
=> When particles come together , they form a compression while When they move away, they form Rare fraction.
=> Compressions are regions of high density and high pressure while Rarefactions are regions of low density and low pressure.
✔✔✔
Answered by
291
❋ Compression :-
➠ It is the portion of the medium in which density increases when longitudinal wave travels.
➠ In the compression there is temporary decrease in volume of the medium and increase in density.
➠ The distance between the particles in the compression is less than the normal distance. The centre of compression is the position of maximum pleasure and maximum density.
❋ Rarefactions :-
➠ It is the position of the medium in which density decreases when longitudinal wave travels.
➠ In the refraction, there is temporary increase in volume of the medium and decrease in density.
➠ The distance between the particles in the rare fraction is greater than the normal distance.
➠ The centre of refraction is a position of minimum temperature and minimum density.
➠ It is the portion of the medium in which density increases when longitudinal wave travels.
➠ In the compression there is temporary decrease in volume of the medium and increase in density.
➠ The distance between the particles in the compression is less than the normal distance. The centre of compression is the position of maximum pleasure and maximum density.
❋ Rarefactions :-
➠ It is the position of the medium in which density decreases when longitudinal wave travels.
➠ In the refraction, there is temporary increase in volume of the medium and decrease in density.
➠ The distance between the particles in the rare fraction is greater than the normal distance.
➠ The centre of refraction is a position of minimum temperature and minimum density.
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