No. First of all, liquids are not gasses. Liquids and gasses are two different states of matter.
Second, you can have any mass of liquid or any mass of gas.
Third, liquids are denser than gasses, meaning they have more mass for a given unit of volume.
yes because different gases have different mass and they will exert more of less pressure according to their mass
Mass and volume
The law of gravity applies to objects (anything with a mass, so including liquids and gases), not to forces.
The SI unit for density is kgm-3. But the density of gases is low , so it is generally expressed in gdm-3 . On the other hand, solids and liquids have high density than gases, so their densities are usually expressed in gcm-3. Other than this, Density = mass/volume : and this applies equally to each of the States of Matter.
they all take up space and all have matter, mass, and weight
Mass and volume
Both gases and liquids have an indefinite shape - they will take the shape of the container they are held in. The difference between gases and liquids is that liquids have a definite volume while a gas does not.
Liquids weight less. Easier to drink.
Solids are usually more dense because solids have a smaller volume than liquids or gases, so the same amount of mass is in a smaller volume, making the density greater.
yes because different gases have different mass and they will exert more of less pressure according to their mass
It has no shape and size and takes the shape of anything. gases are random groups of atoms.
Mass and volume
The law of gravity applies to objects (anything with a mass, so including liquids and gases), not to forces.
A mass flow controller is used to measure and control the flow of liquids and gases. It keeps the fluid or gas flowing consistently at the perfect rate of speed.
The laws of conservation of mass applies to the rock cycle because the rocks in the rock cycle relate to matter. The law of conservation of mass says mass cannot be created or deystroyed. The rock cycle shows how differrent liquids turn to gases and solids turn to liquids, etc. When each of them change to different forms their mass isn't more or less, because the matter in which made up the starting product doesn't gain or loose, it stays exactly the same.
well all matters have different kind of atoms of molecules so maybe this could helpMass. All matter has mass. Gases, liquids and solids all have mass. Even plasmas have mass.
Their volume and mass are easily tested so it is a nice way to characterise a liquid sample by. Solids and gases also have densities by the way