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The image shows a reaction rate graph over time in a chemical experiment and a related question. The question asks to determine the increase in reaction rate between hour 5 and hour 6, suggesting the system is reaching saturation.

### Step-by-step interpretation:

1. **Identify the values on the graph:**
   - At hour 5: The reaction rate is around 15 units/hour.
   - At hour 6: The reaction rate is around 17.5 units/hour.

2. **Calculate the increase in reaction rate:**
   - Reaction rate at hour 6 = 17.5 units/hour
   - Reaction rate at hour 5 = 15 units/hour
   - Increase = \(17.5 - 15 = 2.5\) units/hour

### Conclusion:
The increase in reaction rate between hour 5 and hour 6 is 2.5 units per hour.

Would you like a more detailed explanation of how to interpret this graph?

Here are 5 related questions to deepen your understanding:
1. What is the average rate of increase in the reaction rate from hour 0 to hour 5?
2. How does saturation affect the reaction in real-world chemical systems?
3. Can we predict when the system will fully saturate based on the graph?
4. How might external factors, like temperature, affect the reaction rate?
5. What is the significance of reaction rate saturation in chemical kinetics?

**Tip:** When a system approaches saturation, the rate of change often slows down, as the system reaches its capacity to respond further.

Considering the consistent increase in reaction rate up to the 5-hour mark, the reaction rate at hour 6 suggests that the system is reaching saturation, with an increase of only ____ units per hour between hour 5 and hour 6.

Determine the reaction rate increase between hour 5 and hour 6 based on a chemical experiment graph. Analyze the rate of change as the system approaches saturation. This problem is suitable for high school students learning about chemical kinetics and graphical data analysis.

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