Select the correct match

Options

A. Quiescent phase-`G_(2)` phase
B. Synthesis phase-`G_(1)` phase
C. Centromere splittting -Anaphase
D. Chromosomal condensation-Telophase

Explanation

To solve the question "Select the correct match," we need to analyze the options provided and identify the correct pairing related to the cell cycle and cell division.

### Step-by-Step Solution:

1. **Understand the Options**: The question presents four options that relate to different phases of the cell cycle and processes involved in cell division. We need to identify which of these options correctly matches a process with its corresponding phase.

2. **Analyze Each Option**:
- **Option A**: Quintessence phase to G2 phase - The term "quintessence phase" is not commonly used in cell biology, and G2 phase is a stage of interphase before mitosis.
- **Option B**: Synthesis phase to G1 phase - The synthesis phase (S phase) is when DNA is replicated, while G1 phase is the first gap phase after cell division, so this match is incorrect.
- **Option C**: Centromere splitting to anaphase - Anaphase is indeed the stage of mitosis where the centromeres split, allowing the sister chromatids to separate and move to opposite poles of the cell.
- **Option D**: Chromosomal condensation to telophase - Chromosomal condensation occurs during prophase, not telophase, where chromosomes begin to decondense.

3. **Identify the Correct Match**: After analyzing the options, we find that **Option C (Centromere splitting to anaphase)** is the correct match. During anaphase, the centromeres split, allowing the sister chromatids to separate and move towards opposite poles.

4. **Conclusion**: The correct answer is Option C: Centromere splitting to anaphase.