They will travel away from each other if they are similarly charged (+) (+) or (-) (-) They will travel close to each other if they are not similarly charged (+) (-).
A gas has molecules that completely break away from one another.
Sound cannot travel through a vacumNo. Sound waves can not travel in a vacuum. Sound works by having molecules of air knock against other molecules of air. Then those molecules knock against other molecules. The energy is transferred from one molecule to the next. These molecules we hear transferring energy from one to another we hear as sound. Where molecules can not transfer energy to another molecule, such as in a vacuum, sound can not exist.
Sound waves travel fastest through solids as the molecules are tightly paced in solids. While in LIQUIDS and GASES molecules are far apart and there is a lesser chance of molecules striking one another.
no, because liquid molecules spread from one another
Molecules that react with one another are called reactants.
energy is transferred when molecules bump into one another in
It depends on Brownian motion, the natural vibrations of molecules, to gradually move away from one another.
Sound is the effect of disturbances of molecules. Imagine a chain reaction similar to Newton's balls - one molecule hits the next, which hits the next, etc. Sound is the same way - molecules vibrate, causing molecules near them to vibrate. Thus, the closer the molecules are to one another, the faster they will transfer the sound energy, and the faster the sound will travel. The general rule is: more dense = faster sound.
Molecules must consider temperature and concentration when considering to react with one another.
Crystal
That depends, if that someone is within the country, you could travel by car, or bus. However, if the someone is in another country it would be, not only easier but faster as well, to travel by flight or cruise.
genetic information is contained in protein molecules and is passed from one parent to another.