What is the half-life of the reaction when you begin with an initial concentration of AB= 0.80 M

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What is the half-life of the reaction when you begin with an initial concentration of AB= 0.80 M?
**[AB] vs. Time for a 0th Order Reaction**

**Graph Explanation:**

This graph illustrates the concentration of substance [AB] over time for a zero-order reaction. The x-axis represents time in seconds (s), ranging from 0 to 300 seconds. The y-axis shows the concentration of [AB], ranging from 0 to 0.9.

**Key Features:**

- **Data Points:** The blue dots indicate the concentration of [AB] at specific time intervals.
- **Trend:** The straight-line trend implies a constant rate of reaction, typical of zero-order reactions where the rate is independent of the concentration.
- **Slope:** The negative slope indicates a decrease in concentration over time.

This graph is instrumental in understanding the kinetics of zero-order reactions, emphasizing how concentration decreases linearly as the reaction progresses.
Transcribed Image Text:**[AB] vs. Time for a 0th Order Reaction** **Graph Explanation:** This graph illustrates the concentration of substance [AB] over time for a zero-order reaction. The x-axis represents time in seconds (s), ranging from 0 to 300 seconds. The y-axis shows the concentration of [AB], ranging from 0 to 0.9. **Key Features:** - **Data Points:** The blue dots indicate the concentration of [AB] at specific time intervals. - **Trend:** The straight-line trend implies a constant rate of reaction, typical of zero-order reactions where the rate is independent of the concentration. - **Slope:** The negative slope indicates a decrease in concentration over time. This graph is instrumental in understanding the kinetics of zero-order reactions, emphasizing how concentration decreases linearly as the reaction progresses.
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Half-life is the time when initial concentration is reduced by half.

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