Temperature
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Higher temperatures cause reactant molecules to move faster and collide more frequently, resulting in greater energy at impact and more effective collisions. This increases the reaction rate. As the reaction temperature increases, the reaction rate also increases because the average energy of particles is greater, allowing more particles to have enough energy to react through increased speed and chances of collision.
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Temperature
- 1. TEMPERATU RE
- 2. INCREASE IN TEMPERATURE WHEN THE TEMPERATURE BECOMES HIGHER, MOLECULES OF THE REACTANTS MOVE FASTER. THIS CAUSES MORE FREQUENT COLLISION. IT ALSO RESULTS IN GREATER ENERGY AT IMPACT. THESE FACTORS INCREASE THE NUMBER OF EFFECTIVE COLLISIONS AND AN INCREASE THE RATE OF REACTION.
- 3. EFFECT OF TEMPERATURE • WHEN THE REACTION TEMPERATURE GOES UP, THE REACTION RATE INCREASE AS WELL. • SINCE THE NUMBER OF REACTANT PARTICLES DURING THE REACTION IS CONSTANT, THE AREAS UNDER THE TWO CURVES ARE THE SAME. BUT THE AVERAGE ENERGY OF THE PARTICLES IN CURVE T2 IS GREATER, SO THERE ARE MORE ENERGY PARTICLES WITH ENOUGH ENERGY TO REACT. THE HIGH ENERGY INCREASES THE SPEED OF THE PARTICLES, ALLOWING THEM MORE CHANCE TO COLLIDE. THIS RESULTS IS HIGH RATE OF REACTION.