Respuesta :
Answer:
As a gas is compressed in a cylinder its pressure
As the compression proceeds the volume of the chamber is decreasing and since mass is same, density increases. Similarly as volume decreases the number of gas molecules colliding with the walls increases as the density increases, so the pressure on the wall also increases.
What will happen when a gas is compressed inside a cylinder is that the pressure of the gas will; Increase.
- When gas is compressed in a cylinder, the compression makes the volume of the gas inside the cylinder to decrease.
Now, formula for density is;
Density = mass/volume
- Now, though the volume decreases, the mass remains the same. From the density formula earlier quoted, we see that density is inversely proportional to the volume and as such density will increase.
- Now, since the volume will decrease, then the number of gas molecules that collide with the walls of the cylinder will also increase since the density increases. Therefore, the pressure on the wall will also increase.
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