Want this question answered?
yes atoms and molecules do move faster at higher temperatures, at higher temperatures the atoma and molecules absorb more kinetic energy
Collisions between solvent molecules and solute are more frequent at higher than lower temperatures.
Higher temperature is responsible for higher kinetic energy of molecules therefore higher no of effective collisions among the reacting molecules and therefore higher rate of reaction.
Cholesterol molecules and protein molecules help stabilize the cell membranes. Cholesterol prevents lower temperatures from inhibiting the fluidity of the membrane and prevents higher temperatures from increasing fluidity. Cholesterol is only found in animal cells.
Different hydrocarbons have different boiling points (and melting points) depending on their molecular size: smaller molecules boil at lower temperatures, larger molecules boil at higher temperatures. This fact is used to refine petroleum by fractional distillation. Methane has very small molecules and is a gas. Gasoline, diesel fuel, and kerosene have medium size molecules and are liquids. Asphalt has large molecules and is solid.
Sound travels faster in higher temperatures because in higher temperatures the molecules collide more often. Thus, as the temperature of the medium decrease, the speed of sound decreases. So in the summer.
yes atoms and molecules do move faster at higher temperatures, at higher temperatures the atoma and molecules absorb more kinetic energy
Collisions between solvent molecules and solute are more frequent at higher than lower temperatures.
molecules (or atoms) move faster at higher temperatures. higher temperature is a measure of higher kinetic energy.
Higher temperature is responsible for higher kinetic energy of molecules therefore higher no of effective collisions among the reacting molecules and therefore higher rate of reaction.
Between gas molecules, yes, it will.
the molecules shrink and then grow then explode in your face
Warmer molecules have more energy, and therefore move faster. Gas molecules will collide with solid objects, these collisions are what cause gas to have a pressure in the first place. Faster molecules mean more energetic collisions, hence a higher pressure on their surroundings. In the case of a sealed vessel, that means that when the temperature rises high enough, the molecules collide with it with enough force to rupture the vessel and burst it open.
The rate of the forward reaction will increase if the concentration of the reactants is increased.This is explained by collision theory. When there are more molecules in a given space (a higher concentration) with the same energy, the molecules will collide more frequently, since they will move about randomly and are more likely to hit one another if there are more of them around and less empty space. A reaction requires a collision, so more collisions in a given amount of time will lead to more molecules reacting in that time, giving a higher rate of reaction overall (in the forward direction).
High temperature speeds up movement in the molecules. This means with higher temperature, there is more energy
At higher temperatures the speed of molecule is higher.
when temperature is raised ,the K.E. of molecules increases. Due to which molecules collide rapidly and consequently the rate of reaction increases. In other words: increasing the temperature increases both the rate at which collisions occur (because the molecules are moving around more) and the likelihood that the colliding molecules will react (because they're more likely to have sufficient kinetic energy to overcome the activation energy barrier).