If you can answer ANY of these, that would be great! How does the initial reacta

Question

1. How does the initial reactant concentration affect:

• the overall reaction order?
• the rate constant?

2. How does the temperature affect:

• the initial reaction rate?
• the overall reaction order?
• the rate constant?

3. How can the instantaneous rate of reaction be determined from graphs?
4. How can the reaction order for a specific chemical species be determined from graphs?
5. How can the rate constant be determined from graphs?
6. Under what conditions does the rate constant remain constant?

1. How does the initial reactant concentration affect:

• the overall reaction order?
• the rate constant?

2. How does the temperature affect:

• the initial reaction rate?
• the overall reaction order?
• the rate constant?

3. How can the instantaneous rate of reaction be determined from graphs?
4. How can the reaction order for a specific chemical species be determined from graphs?
5. How can the rate constant be determined from graphs?
6. Under what conditions does the rate constant remain constant?

1. How does the initial reactant concentration affect:

• the overall reaction order?
• the rate constant?

2. How does the temperature affect:

• the initial reaction rate?
• the overall reaction order?
• the rate constant?

3. How can the instantaneous rate of reaction be determined from graphs?
4. How can the reaction order for a specific chemical species be determined from graphs?
5. How can the rate constant be determined from graphs?
6. Under what conditions does the rate constant remain constant?

Explanation / Answer

1. a. Depends on the order of the reaction

b. Same as in a

2. a. Reaction rate increases if temperature increases

b. Same as in a

c. Independent

3 Taking the slope of the tangent at any point on the graph

4. By studying the nature of graph and thus deriving the equation and comparing it with the general equation

5. After getting the order of the reaction, we can get the rate constant easily

6. If the reaction is isothermal.

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