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The atoms or molecules of a gas will increase in kinetic energy when that gas is heated. Those atoms or molecules will exhibit an increase in their vibrational energy, and they will expand and move farther apart if they are not confined.
It makes the water molecules move faster.
Increase the temperatures so the molecules move faster. Stir the solution so friction helps out more. Increase the concentration difference.
The property of solvent determines the rate of migration of solute i.e., if the solvent is nonpolar, nonpolar molecules will move faster and if the solvent is polar, than polar molecules will move faster during separation.
Like all molecules, a molecule of H20 is in constant motion; 'hot' molecules move faster than 'cold' molecules. If the molecules move slowly enough the substance appears stationary to us (frozen water) and if they move quickly enough they will expand to fill their container (vapor or gas water.)
As molecules move faster, they cause friction, which increases the temperature of the molecules.
Molecules move more rapidly when heated as their kinetic energy is increased so their speed increases.
increase
Molecules react to thermal energy, or heat, as well as pressure. When you increase the temperature of molecules, they will increase their vibration and movement. Pressure can also allow molecules to move from one area to another.
The molecules of a gas move faster when heated so the pressure increases.
Molecules create friction from rubbing together causing the temperature to increase.
The atoms or molecules of a gas will increase in kinetic energy when that gas is heated. Those atoms or molecules will exhibit an increase in their vibrational energy, and they will expand and move farther apart if they are not confined.
It makes the water molecules move faster.
heat and pressure is what causes the hydrogen molecules to move faster
What happens is that the molecules will move faster causing the object's temperature to increase and expand.
Pumping pushes more air molecules into the ball. That makes more molecules moving around inside of the ball and more molecules colliding with the inside of the ball. All of those collisions (trillions and trillions) push the inside of the ball out. When the temperature is increased, the molecules move faster. Faster molecules collide with the inside walls more frequently, which also increases the pressure. You can test this by pumping up a ball then putting it into the freezer and see what happens to the pressure.
If you increase the temperature, you increase the kinetic energy of the particles in the can. This means they move faster. The faster they move, the more they hit the side of the can. This causes pressure. Lots of pressure inside a can = *BOOM* (like when a coke bottle explodes in a freezer)