Select the correct match.

Options

A. Stroma-Light reactions
B. Membrane system-Trapping of light energy
C. Thylakoids`-CO_(2)` fixation
D. Stromal lamellae-Synthesis of ATP

Explanation

To solve the question of selecting the correct match from the given options, we will analyze each option step by step.

### Step-by-Step Solution:

1. **Identify the Components**:
- We have four components to analyze:
1. Stroma
2. Membrane system
3. Thylakoids
4. Stromal lamellae

2. **Analyze Each Match**:
- **Stroma with Light Reactions**:
- The stroma is the fluid-filled space in chloroplasts where the Calvin cycle (carbon fixation) occurs. It does not directly participate in light reactions, which primarily occur in the thylakoids.
- **Conclusion**: This match is incorrect.

- **Membrane System with Trapping of Light Energy**:
- The membrane system in chloroplasts refers to the thylakoid membranes, which are indeed involved in trapping light energy. However, the term "membrane system" is too broad and does not specifically refer to the trapping of light energy.
- **Conclusion**: This match is incorrect.

- **Thylakoids with Carbon Dioxide Fixation**:
- Thylakoids are the site of light-dependent reactions, while carbon dioxide fixation occurs in the stroma during the Calvin cycle. Therefore, thylakoids are not directly involved in carbon fixation.
- **Conclusion**: This match is incorrect.

- **Stromal Lamellae with Synthesis of ATP**:
- The stromal lamellae connect thylakoids and contain components necessary for ATP synthesis during the light reactions. They play a crucial role in the generation of ATP.
- **Conclusion**: This match is correct.

3. **Final Selection**:
- Based on the analysis, the only correct match is **Stromal Lamellae with Synthesis of ATP**.

### Answer:
The correct match is **Stromal Lamellae with Synthesis of ATP**.

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