A gas has the property that it always fills the (closed) container it is in. And it always therefore has the shape of the container. Cool it too much and it may liquify, or solidiffy. And then it's not a gas. If you cool a free atmosphere around a planet, gravity ensures that it largely has the same shape.
The pressure of the gas after it is compressed and cooled will depend on the specific conditions of the compression and cooling process.
Gases do not have very specific shapes they take whatever shape surrounds them. Gas in a cubic container will take the same cubic shape as that container. Same for any shape. In the absence of gravity, a gas will expand to fill the space of any empty volume at constant pressure. If the temperature is uniform, it will be at uniform density at all points.
No, gas contracts or decreases in volume when cooled because the molecules lose kinetic energy and move closer together. This decrease in volume causes the gas to contract and take up less space.
Gas will take the shape of whatever container it is in. One of the characteristics of a gas is that it has no definite shape or volume.
liquid, gas, and plasma phases must be contained to remain in the same shape. Solid retains it's shape without containment.
Gas expands to fill up it's container, while if solids are put into the same container, the will not expand. They will stay the same size and shape.
Has the same shape
More gas
Gas expands to fill up it's container, while if solids are put into the same container, the will not expand. They will stay the same size and shape.
It can be at least inferred that the rocks cooled quickly enough to retain the shape of the gas bubbles, and that they are therefore extrusive igneous rocks.
this is known as liquifaction if the gas is cooled to liquid.
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Yes, no gas is given off, therefore the mass of conversation will stay the same.
The Ideal Gas Laws describe the relationship of temperature, pressure, and volume for a gas. These three things are all related. At lower temperatures a gas will exert lower pressure if the volume remains the same, or can exert the same pressure but in a smaller volume.
The pressure of the gas after it is compressed and cooled will depend on the specific conditions of the compression and cooling process.
A gas is a gas, as the name suggests. It can, along with liquid be referred to as a fluid. Cooled and pressurised sufficiently it can become a liquid and cooled further, a solid.