To solve this pattern-based problem using inductive reasoning, let's analyze the given sequence step by step:

Sequence Analysis:

1. First Image: 1 object (composed of two black and white quadrants).
2. Second Image: 2 objects placed horizontally.
3. Third Image: 3 objects placed horizontally.

Observations:

• The number of objects increases by 1 in each step.
• The objects are identical and arranged horizontally without gaps.

Pattern Prediction:

Given the observed pattern, the next figure should have 4 objects arranged horizontally.

Matching the Choices:

Looking at the options:

• Option A: 5 objects.
• Option B: 4 objects.
• Option C: 6 objects.
• Option D: 7 objects.

Conclusion:

The next figure should contain 4 objects arranged horizontally. Therefore, Option B is the correct answer.

Would you like more details on inductive reasoning, or do you have any other questions?

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Here are five related questions to further explore this concept:

1. What are the principles of inductive reasoning?
2. How do you identify patterns in sequences of shapes or numbers?
3. What is the difference between inductive and deductive reasoning?
4. Can inductive reasoning lead to incorrect conclusions? If so, how?
5. How can pattern recognition be applied in real-world problem-solving?

Tip: When using inductive reasoning, always look for consistent changes or patterns to make accurate predictions.