Question
Which trial had more collisions between the particles?(1 point)
Responses
Trial A
Trial A
Trial B
Trial B
Question 2
Which part of the Collision Theory explains your answer to the question above?(2 points)
Responses
Increasing the concentration of a substance with increase the reaction rate because there is a higher probability of collision.
Increasing the concentration of a substance with increase the reaction rate because there is a higher probability of collision.
Increasing surface area of the solid will increase reaction rate.
Increasing surface area of the solid will increase reaction rate.
Increasing temperature will increase reaction rate.
Increasing temperature will increase reaction rate.
Adding a catalyst will increase reaction rate.
Adding a catalyst will increase reaction rate.
Question 3
What would you expect to happen if you increase the temperature on the lower concentration (10 particle) model?(2 points)
Responses
The reaction rate will increase dramatically.
The reaction rate will increase dramatically.
The number of collisions would increase slightly with increasing energy, but the rate would not be affected much due to the low number of particles.
The number of collisions would increase slightly with increasing energy, but the rate would not be affected much due to the low number of particles.
There would be no change to the number of collisions or reaction rate.
There would be no change to the number of collisions or reaction rate.
The reaction rate would decrease.
Responses
Trial A
Trial A
Trial B
Trial B
Question 2
Which part of the Collision Theory explains your answer to the question above?(2 points)
Responses
Increasing the concentration of a substance with increase the reaction rate because there is a higher probability of collision.
Increasing the concentration of a substance with increase the reaction rate because there is a higher probability of collision.
Increasing surface area of the solid will increase reaction rate.
Increasing surface area of the solid will increase reaction rate.
Increasing temperature will increase reaction rate.
Increasing temperature will increase reaction rate.
Adding a catalyst will increase reaction rate.
Adding a catalyst will increase reaction rate.
Question 3
What would you expect to happen if you increase the temperature on the lower concentration (10 particle) model?(2 points)
Responses
The reaction rate will increase dramatically.
The reaction rate will increase dramatically.
The number of collisions would increase slightly with increasing energy, but the rate would not be affected much due to the low number of particles.
The number of collisions would increase slightly with increasing energy, but the rate would not be affected much due to the low number of particles.
There would be no change to the number of collisions or reaction rate.
There would be no change to the number of collisions or reaction rate.
The reaction rate would decrease.
Answers
GPT-4o mini
**Question 1:** Which trial had more collisions between the particles?
- **Response:** Trial A
**Question 2:** Which part of the Collision Theory explains your answer to the question above?
- **Response:** Increasing the concentration of a substance will increase the reaction rate because there is a higher probability of collision.
**Question 3:** What would you expect to happen if you increase the temperature on the lower concentration (10 particle) model?
- **Response:** The number of collisions would increase slightly with increasing energy, but the rate would not be affected much due to the low number of particles.
- **Response:** Trial A
**Question 2:** Which part of the Collision Theory explains your answer to the question above?
- **Response:** Increasing the concentration of a substance will increase the reaction rate because there is a higher probability of collision.
**Question 3:** What would you expect to happen if you increase the temperature on the lower concentration (10 particle) model?
- **Response:** The number of collisions would increase slightly with increasing energy, but the rate would not be affected much due to the low number of particles.