Solid: Molecules are close together and attracd to each, evenly space and are rigidly fix. Force is transimitted in a straight direction. A solid will retain its shape outside of its container. Gas: Molecules are losely arrange and are not rigidly attracted to each other. Force is transmitted equally and evenly in all directions when comfined. It will not retain the shape of it's contain if left unconfinned. It will assume the shape of its contianer. Liquid: Moeclues are similar to gas whose molecules are semi-rigid and evenly spaced. It transmitts force the sam as a gas and assume the shape of its container. Plasma: Acts similar as a gas but can be made to become rigid like a solid. It is what some would say is a combination of a solid and gas. Solid: Molecules are close together and attracd to each, evenly space and are rigidly fix. Force is transimitted in a straight direction. A solid will retain its shape outside of its container. Gas: Molecules are losely arrange and are not rigidly attracted to each other. Force is transmitted equally and evenly in all directions when comfined. It will not retain the shape of it's contain if left unconfinned. It will assume the shape of its contianer. Liquid: Moeclues are similar to gas whose molecules are semi-rigid and evenly spaced. It transmitts force the sam as a gas and assume the shape of its container. Plasma: Acts similar as a gas but can be made to become rigid like a solid. It is what some would say is a combination of a solid and gas.
solids= this is a state of matter with definite shape, volume., particles are in fixed positions and are strongly held together., at low temperature the nuclei of the atoms of solid vibrate about an equilibrium position but are trapped in their lattice positions., intermolecular forces are stronger than the average thermal energy of the system., long range radial and angular order are usually present in single crystal solids
liquids= a state of matter which has a definite volume but no definite shape., it only t akes the shape of the container it is in., its particles are not closely together and are partly free to move from each other., as the binding energy to the lattice site is overcome by thermal energy, the molecules in the liquid may slip past each other but maintain solid contact., some lomg range radial ordering persists, but usually only over the size of a few molecular diameters
gas= a state of matter with no definite volume and shape., its particles can move freely because of total disorder., gases have mean free paths that are larger than molecular diameters., they are usually isolated but occasionally have collisions
Solid - The particles are very close together.
Liquid - The particles are loose, but not free.
Gas - The particles are very loose and free.
Plasma- The sun and the stars
most are crazy some calm
Among the four known states of matter, plasma is the least found on the Earth's crust.
The four states of matter are as followed.Solid: IceLiquid: WaterGas: Water vaporPlasma: Fire or dry ice.
There are four states that I am aware of. Solid, liquid, gas and plasma and bose einstien condensate (BEC)
Horse Isle Quiz : Plasma
Solids are the most dense as their particles are most closely packed.
the 4 matter are plasma , solid , gas , liquid
The four states of matter are related by energy concentration.
Matter does come in four states. The states are plasma, gas, liquid, and solid.
The four states of matter have traditionally been gas, liquid, solid, and plasma.
state two examples for each of the four states of matter
This is most likely PHASES of matter.
There are only three states of matter. They are solid, liquid and gas.
because they are the four forms or states that matter can be in
soild liqud and gas:)
ddfsdfsaf
There are 4 states of matter... Plasma Gas Liquid solid 2nd answer: . . . and Bose-Einstein condensates.
That depends how you choose to classify the "first four" kinds of matter. If you mean states of matter, also known as phases of matter, you can check the corresponding Wikipedia article - there you will see descriptions, not of three or four, but of at least 15 different states of matter.