n Java  The last one I took it as a circulation queue or a queue with a limit. All depends on how you initialize it.

Database System Concepts
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Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
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In Java 

The last one I took it as a circulation queue or a queue with a limit. All depends on how you initialize it.

 

### Transaction Pattern Analysis

**Question:** 
What were the previous 4 transactions? What will happen next if we continue?

**Diagram Explanation:**
The diagram is a circular segmented chart, divided into four equal sections. Each section is either colored (green or purple) or left white with a numerical value inscribed:

- Top-right segment (green): 5
- Bottom-right segment (white): 9
- Bottom-left segment (white): 11
- Top-left segment (purple): 7

**Analysis:**
To determine the pattern in recent transactions and predict the next occurrence, consider the sequence of numbers and colors.

- Segment colors alternate between green and purple.
- Numerical values are 5, 9, 11, and 7.

From this, we might infer a repeating pattern or a specific rule guiding these values and colors. Analyze further by considering numerical relationships (e.g., increment by 2: 5 → 7; increment by 2).
  
**Predictions:**
To predict the next number and color, follow the observed sequence:

1. **Color Prediction:** The sequence alternates colors. Given it was Purple, then Green:
   - Next color: Green (upcoming color should follow the alternating pattern)

2. **Number Prediction:** 
   - Continuing in clockwise direction, numerical digits have various increment rules; simplest might be continuing the observed sequence logically.

Therefore, a possible continuation might place the next segment as a combination adhering to the pattern. However, it's crucial to add all context-specific rules possibly applied to confirm accurately. Use additional information for precision if available.

**Educational Utility:**
This diagram serves in an educational context to explain pattern recognition in sequences, visualization in data interpretation, transactional pattern prediction, alternating color pattern observation, numerical value sequence logic, and practical application of these assessment skills in real-world data analysis scenarios.
Transcribed Image Text:### Transaction Pattern Analysis **Question:** What were the previous 4 transactions? What will happen next if we continue? **Diagram Explanation:** The diagram is a circular segmented chart, divided into four equal sections. Each section is either colored (green or purple) or left white with a numerical value inscribed: - Top-right segment (green): 5 - Bottom-right segment (white): 9 - Bottom-left segment (white): 11 - Top-left segment (purple): 7 **Analysis:** To determine the pattern in recent transactions and predict the next occurrence, consider the sequence of numbers and colors. - Segment colors alternate between green and purple. - Numerical values are 5, 9, 11, and 7. From this, we might infer a repeating pattern or a specific rule guiding these values and colors. Analyze further by considering numerical relationships (e.g., increment by 2: 5 → 7; increment by 2). **Predictions:** To predict the next number and color, follow the observed sequence: 1. **Color Prediction:** The sequence alternates colors. Given it was Purple, then Green: - Next color: Green (upcoming color should follow the alternating pattern) 2. **Number Prediction:** - Continuing in clockwise direction, numerical digits have various increment rules; simplest might be continuing the observed sequence logically. Therefore, a possible continuation might place the next segment as a combination adhering to the pattern. However, it's crucial to add all context-specific rules possibly applied to confirm accurately. Use additional information for precision if available. **Educational Utility:** This diagram serves in an educational context to explain pattern recognition in sequences, visualization in data interpretation, transactional pattern prediction, alternating color pattern observation, numerical value sequence logic, and practical application of these assessment skills in real-world data analysis scenarios.
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