Well, there is a problem, there is a concept in waves called superposition of waves. Let's assume we hypothetically made a container that 100% reflects sound waves without any loss of energy, But when it will bounce back from the walls of container, it's phase will change by π radians (assuming the density of material of container is more than air density) and will surely superimpose with the initial wave, this creating a standing wave. In standing wave, there will be a point (node) at which it will be completely silence forever and at some point ( antinode) it will be the point where are the all the sounds will play at a time loudly.
So in conclusion, the sound will not remain same.
Note -> This same concept is used in Microwave ovens.
I am glad that there are few people, who are actually reading my work. Thank you so much, it would be appreciated if you Subscribe the page.
You are indeed correct, so the overall conclusion once again becomes, that traping sound in its initial phase, is not possible. Will explore more on this, in the upcoming blogs.
Well, there is a problem, there is a concept in waves called superposition of waves. Let's assume we hypothetically made a container that 100% reflects sound waves without any loss of energy, But when it will bounce back from the walls of container, it's phase will change by π radians (assuming the density of material of container is more than air density) and will surely superimpose with the initial wave, this creating a standing wave. In standing wave, there will be a point (node) at which it will be completely silence forever and at some point ( antinode) it will be the point where are the all the sounds will play at a time loudly.
So in conclusion, the sound will not remain same.
Note -> This same concept is used in Microwave ovens.
I am glad that there are few people, who are actually reading my work. Thank you so much, it would be appreciated if you Subscribe the page.
You are indeed correct, so the overall conclusion once again becomes, that traping sound in its initial phase, is not possible. Will explore more on this, in the upcoming blogs.
Prashast (Author)