Want this question answered?
Owned Gino Weve got a guido over here
Heat increases the rate of reaction as heat makes particles vibrate and increases the frequency of collisions between particles. This means that more particles can react in a shorter amount of time.A catalyst also increases the rate of reaction as it provides extra surface area for the reactions to happen on and in some cases, attacks certain bonds to initiate the reaction.If you wanted to decrease the rate of reaction, cooling the vessel would do the trick.
sweat drips down as the particle move in side your body like conduction
Amorphous solids are formed by the rapid cooling of a liquid. Then, when cooled the particles have no regular pattern like crystaline solids do.
Reactions can be endothermic, where the reactants takes heat energy from its environment to complete the reaction, or exothermic where the reactants give off heat energy to its environment to complete the reaction. The reaction between Sodium Nitrate and Water is endothermic, so the Sodium Nitrate takes heat energy from the water to complete the reaction, thus cooling it. Hope this helps, WarLord :D
no
No, slows its motion.
Yes it sure does
"The cooling of air as it rises"
no, heating or cooling can (think hot or cold ovens), and adding a catalyst will. But beginning amounts has little to do with it. The only exeption would be a solution so dilute that the reactants do not meet.
As heat particles rise the cool particles work their way down through them thus cooling the room!
Two conditions required for cloud formation include air cooling and saturation
moisture,cooling,nuclei-particles
does boiling causees change of state do the particles in amaterial become closer
The airborne particles reflect solar radiation.
Owned Gino Weve got a guido over here
Heat increases the rate of reaction as heat makes particles vibrate and increases the frequency of collisions between particles. This means that more particles can react in a shorter amount of time.A catalyst also increases the rate of reaction as it provides extra surface area for the reactions to happen on and in some cases, attacks certain bonds to initiate the reaction.If you wanted to decrease the rate of reaction, cooling the vessel would do the trick.