What happens to the volume of the syringe as the set of weights is added on top of it?

Good Day

Problem:  

What happen to the volume of the syringe ad the set of weight is added on top it?

The volume of syringe decreases. Gas molecules are far from each other unlike solid which is more compact. This experiment shows the property of gas known as compressibility. The volume of syringe decreases since the gas molecules inside can be compressed.

Hope it helps  

Good Day

Problem:

What happen to the volume of the syringe ad the set of weight is added on top it?

The volume of syringe decreases. Gas molecules are far from each other unlike solid which is more compact. This experiment shows the property of gas known as compressibility. The volume of syringe decreases since the gas molecules inside can be compressed.

Hope it helps

Good Day

Problem:

what happens to the volume of the syringe as the set of weights is added on the top of it?

The volume of syringe decreases as the set of weights is added on the top of it without allowing the gas to escape . This experiment shows the compressibility property of gas. Gas particle are far away from each other because they have law force of attraction between each molecule. Since the molecules are far away from each other, the particles can be compressed to occupy a lesser although pressure increases when we lower the volume.

Good Day

The volume of syringe decreases making the gas particles closer to one another or being compressed. Gas particle have a property known as compressibility.

Gas particle are far away from one another unlike solid which is very intact and liquid which is a little bit closer to one another. Gas particle are spread apart because it has higher kinetic energy compared to solid and liquid. Since gas particle are spread apart, we can compressed it by reducing its volume. Reducing the volume or compressing the particle of gas inside the container, increases the pressure which is illustrated in Boyle's Law. Boyle's Law states that, the relationship between volume and pressure is inversely proportional when the amount of gas and temperature are constant.

Hope it helps...=)

It's volume will decrease

the volume of the syringe would go down as you add weights or pressure.Pressure is inversely proportional to volume,This according to Boyles Law.