Temperature is very important in how quickly chemical reactions happen.
More Energy: When the temperature gets higher, the tiny particles move faster. This extra energy makes them bump into each other more often.
Collision Idea: There’s a rule called collision theory. It says that for a reaction to happen, particles need to bump into each other with enough force. When the temperature goes up, there are more bumps that have enough energy. This makes the reaction happen faster.
Example: Think about what happens when you mix vinegar and baking soda. At room temperature, the fizzing reaction is slow. But if you heat up the vinegar, it fizzes much faster!
In short, when the temperature goes up, chemical reactions usually speed up. This is because the particles move more and bump into each other more often.
Temperature is very important in how quickly chemical reactions happen.
More Energy: When the temperature gets higher, the tiny particles move faster. This extra energy makes them bump into each other more often.
Collision Idea: There’s a rule called collision theory. It says that for a reaction to happen, particles need to bump into each other with enough force. When the temperature goes up, there are more bumps that have enough energy. This makes the reaction happen faster.
Example: Think about what happens when you mix vinegar and baking soda. At room temperature, the fizzing reaction is slow. But if you heat up the vinegar, it fizzes much faster!
In short, when the temperature goes up, chemical reactions usually speed up. This is because the particles move more and bump into each other more often.