An ideal gas is a theoritical gas consisting of randomly moving particles.
The kinetic theory of ideal gases makes 5 main assumptions:
Smoke is a collection of tiny particles and gases that take up space as they spread out in the air. When smoke is present in a room, it fills up the available space because the particles are interacting with the air molecules and occupying that volume.
In a gas, the space between gas particles is largely empty. The particles are far apart compared to their size, with a lot of space between them. This allows gas particles to move freely and independently of one another.
Yes, they are very tiny solid particles dispersed in gasphase
Gas is the state of matter described as loosely organized particles that take the shape of their container. Gas particles have a lot of kinetic energy which allows them to move freely and fill the space they are in.
Solids have fixed shapes because the bonds in the particles it is made from are held tightly together, meaning they are harder to break. It is unlike a liquid, which take the form of it's container; and unlike a gas, who's particles bounce around until they hit a surface which they bounce back from. The only way to change the shape of a solid is to either break it, or maybe melt it down to the shape you want.
Particles dont take up space it is heat that gives particles energy to move and expand solids have smaller spaces between them liquids have larger spaces between them gases have the largest spaces between them
they all take up space and all have matter, mass, and weight
No, light does not take up physical space because it is made up of particles called photons that have no mass and do not occupy physical space.
That will vary from particle to particle.
Bosons, for example light particles (photons), don't take up space. Bosons and fermions are the two different classes of fundamental particles. Fermions take up space. Now particles with mass don't always take up space, for example the force carrier particles of the weak nuclear force, they are bosons and therefore take up no space but they are quite massive (for particles).
Yes, smoke occupies space because it consists of tiny particles suspended in the air. These particles take up physical space within a confined area, displacing the air molecules around them.
The amount of space that gas particles can take up is the size of the container, but the amount between them also is determined by the amount of space the gas takes up.
Smoke is a collection of tiny particles and gases that take up space as they spread out in the air. When smoke is present in a room, it fills up the available space because the particles are interacting with the air molecules and occupying that volume.
In a gas, the space between gas particles is largely empty. The particles are far apart compared to their size, with a lot of space between them. This allows gas particles to move freely and independently of one another.
Yes, they are very tiny solid particles dispersed in gasphase
:Whilest "space" is but a vaccuum, there are still trace amounts of gas particles in the vast emptiness of that which we call "space." Take nebulae for instance, they are but giant collections of plasma particles, which are but a combination of gas and liquid. The accretion disks around black holes are made of plasma and gas as well. So in short, yes, there are particles of gas in space.
Radiation is the type of thermal energy transfer that does not require particles to take place. Radiation can occur through empty space and does not rely on the movement of particles like conduction and convection do.