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The question asks you to infer something about the relationship between the theoretical probability (0.20) and the experimental probability (0.18). The most appropriate answer is:

**"The experimental probability is reasonably close to the theoretical probability."**

This is because while the two probabilities are not exactly the same, they are quite close, and small differences between theoretical and experimental results are common due to the variability of real-world experiments.

Would you like more details or have any questions?

Here are five related questions for deeper exploration:
1. What factors could cause experimental probabilities to differ from theoretical probabilities?
2. How does the law of large numbers explain the convergence of experimental probability towards theoretical probability?
3. How can experimental errors or biases affect the outcomes of probability experiments?
4. What is the significance of sample size in experimental probability outcomes?
5. How do you calculate the percent error between theoretical and experimental probabilities?

**Tip:** When comparing theoretical and experimental probabilities, always consider the sample size. Larger samples typically yield experimental probabilities closer to the theoretical ones.

If the theoretical probability of an event is 0.20 and experimental data shows a probability of 0.18, what might you infer?

Explore the relationship between theoretical probability (0.20) and experimental data (0.18). Understand how small differences can arise in real-world experiments and learn key concepts about experimental and theoretical probability. Suitable for Grade 7 students.

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