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Producing plasma involves heating matter until it breaks its molecular bonds, breaking the matter apart until it is individual atoms. Then, continuing to heat the matter leads to ionization, producing plasma.
It depends on the size of the container holding the air. If a container is bigger, it will need more air to reach 150 psi. If a container is smaller, it will need less air to reach 150 psi. =============================== HONK ! Beulah the buzzer is upset with that concept. Put any amount of air you want into the container, and seal her up good and tight. No matter how much or how little air is in there, and no matter what the inside volume of the container is, I can bring it to 150 psi, or to any other pressure you choose, by adjusting the temperature of the container and its contents. You want more pressure ? Just heat the container. You want less pressure ? Just cool it and the pressure will drop until the air inside freezes. Works with any gas. If you want to know the weight of a sample of air, you have to specify the mass. If you don't know the mass, then we need the pressure and the temperature. Lacking either of those figures, the weight could be anything.
i don't know. i wouldn't like to try it would you?
gas molecules collide with one another. They collide until they become equidistant dfrom one anohter. this is why they have a larger volume, they venture out until they are equidistant form each other, filling the container.
To calculate the volume of an irregular object you will need a container with meaurements and water. Place the irregular object in your container and fill with water until the entire object is covered. Record volume A. Then remove the irregular object and record volume B. The volume of your irregulare object is equal to volume A minus volume B.
Liquid is the answer.
Gas certainty and liquid if the container is absolutely full.
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Diffusion
Smells spread through the air by way of diffusion. Just like a colored dye in water. The smell disperses until there an even distribution of the molecule thought it's container.
Producing plasma involves heating matter until it breaks its molecular bonds, breaking the matter apart until it is individual atoms. Then, continuing to heat the matter leads to ionization, producing plasma.
All particles in a gas contain kinetic energy, ie they are moving. As they randomly move about they bump into each other and so they gradually spread until they bounce off the side of the container. Think how if someone farts people closest to the offender smell it first and there is a delay before people further away can smell it. It is the same principle. The "fart molecules" start in a "container" with a small volume. When they are released into a larger container (ie a classroom) they begin to spread outwards until they fill the whole area.
Yes, this is possible. But you have to be careful how you store them until you are going to use them. If you want them hard and crispy, spread them out and wait for them to cool completely, then put them in an airtight container. If you want them softer, put them in the container right away.
A change in the physical state of matter is a physical change.
get a pound of lime, a sulfur stick, two quarts of neon gas, and a container put everything in the container and shake it for five minutes have fun it lasts for twelve hours
they are all states of matter matter in which particles are free to move in all directions until they have spread evenly throughout their container is a gas. liquids have a definite volume but no definite shape. the particles of a solid are packed closely together and are constantly vibrating in place
Snow is a solid state of matter. It is made up of tiny ice crystals that have formed in the atmosphere and then fall to the ground.