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small container
It wil leopard
Of course. The gas always fills the container it's in, no matter how large or small the volume is.
That depends on the pressure inside the container. You can cram 1 lb of helium into any container, as small as you want. On the other hand, it'll always spread out and fill any container you put it in, no matter how large. So if you want to know how much volume a sample of helium will fill, you have to specify the pressure. By the way ... the temperature also affects the pressure of a gas, so you have to specify the temperature too.
A shipping container is a type of container that is manufactured to withstand shipping and handling by other people. There are large, reusable steel containers as well as small cardboard boxes.
When you release it into the larger container the pressure reduces from the previous amount so the gas can completely fill the larger container.
small container
In a small volume container the pressure is higher.
A recipiente is a small or large container.
funnel
yes
Perhaps the simplest answer is to refer to the ideal gas law PV=nRT where P is pressure V is volume n is the number of moles of gas - which is proportional to the mass of the gas R is the "Rankine" or Ideal Gas constant T is temperature If you increase the volume, the pressure has to drop unless you change the amount of gas or change the temperature. In broader terms, the pressure will drop because the pressure is related to the number of molecules banging on a surface per unit area. If you spread them out by moving the gas from a smaller container to a larger container, there will still be the same number of molecules of gas BUT they will be banging on a bigger area, hence a lower pressure.
It wil leopard
The pressure increases as the volume decreases, so when the pipe is changed from large to small, the pressure of the gas will increase.
"Recipiente" in English translates to "container" or "recipient," depending on the context in which it is used.
They have the same vapor pressures.
Of course. The gas always fills the container it's in, no matter how large or small the volume is.