Mark and Elizabeth are combining two substances, X and Y, in chemistry class. Substance X is a solid and Substance Y is a liquid. They are investigating the rate of reaction between the two substances. In a reaction between substances X and Y, which action would MOST likely increase the reaction rate?
Mark and Elizabeth are combining two substances, X and Y, in chemistry class. Substance X is a solid and Substance Y is a liquid. They are investigating the rate of reaction between the two substances. In a reaction between substances X and Y, which action would MOST likely increase the reaction rate?
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter18: Chemical Equilibrium
Section: Chapter Questions
Problem 80E: Classify each of the following statements as true or false. aSome equilibria depend on a steady...
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Mark and Elizabeth are combining two substances, X and Y, in chemistry class. Substance X is a solid and Substance Y is a liquid. They are investigating the rate of reaction between the two substances. In a reaction between substances X and Y, which action would MOST likely increase the reaction rate?
Transcribed Image Text:### Chemistry B (CR): Theory Must Haves - Assess It
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#### Question 1
**Scenario:**
Mark and Elizabeth are combining two substances, X and Y, in chemistry class. Substance X is a solid and Substance Y is a liquid. They are investigating the rate of reaction between the two substances.
**Question:**
In a reaction between Substances X and Y, which action would MOST likely increase the reaction rate?
**Options:**
- A) increasing the pressure on X and Y
- B) adding more of X and Y
- C) using smaller sized particles of X
- D) lowering the temperature of Y
#### Instructions:
Please select the option that you think is correct and justifies your reasoning.
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**Note:**
There are no additional graphs or diagrams accompanying this question.
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To answer this question, consider the factors affecting the rate of chemical reactions, such as particle size, concentration, temperature, and pressure. Select the option that best aligns with these principles in order to increase the reaction rate effectively.
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