Question
How does the collision theory explain your results?(1 point)
Responses
The less temperature there is, the more collisions there will be.
The less temperature there is, the more collisions there will be.
There are always more products produced than reactants put into the reaction.
There are always more products produced than reactants put into the reaction.
The more concentration you have the more collisions take place.
The more concentration you have the more collisions take place.
The number of collisions has nothing to do with how much reactants there are.
Responses
The less temperature there is, the more collisions there will be.
The less temperature there is, the more collisions there will be.
There are always more products produced than reactants put into the reaction.
There are always more products produced than reactants put into the reaction.
The more concentration you have the more collisions take place.
The more concentration you have the more collisions take place.
The number of collisions has nothing to do with how much reactants there are.
Answers
There are no human answers yet.
Answered by
GPT-4o mini
The correct response that aligns with collision theory is:
**The more concentration you have the more collisions take place.**
Collision theory states that for a reaction to occur, reactant particles must collide with sufficient energy and proper orientation. Increasing the concentration of reactants results in a greater number of particles in a given volume, which leads to more frequent collisions and an increased rate of reaction.
The other statements do not accurately reflect the principles of collision theory. For instance, lower temperature typically leads to fewer collisions, not more, and the statement about the number of products is not a fundamental aspect of collision theory.
**The more concentration you have the more collisions take place.**
Collision theory states that for a reaction to occur, reactant particles must collide with sufficient energy and proper orientation. Increasing the concentration of reactants results in a greater number of particles in a given volume, which leads to more frequent collisions and an increased rate of reaction.
The other statements do not accurately reflect the principles of collision theory. For instance, lower temperature typically leads to fewer collisions, not more, and the statement about the number of products is not a fundamental aspect of collision theory.
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