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Biology · chapter PYQs

Cell Cycle and Cell Division, on the exam screen.

7 questions from NEET 2026, Re-NEET 2026, NEET 2020, 7 minutes, marked +4 / −1. See them with solutions.

Cell Cycle and Cell Division · PYQs

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  1. Question 1 · NEET 2026 · Q101 · +4 / −1

    Match List-I with List-II

    List I (Phase of cell cycle)

    List II (Activity)

    P) G1G_1 phase

    I) Actual cell division occurs

    Q) S phase

    II) Cell is metabolically active and continuously grows but does not replicate its DNA

    R) G2G_2 phase

    III) Synthesis of DNA occurs and the amount of DNA per cell doubles

    S) M phase

    IV) Proteins are synthesized while cell growth continues

    choose the correct answer from the options given below:

    Answer and explanation

    Answer: (4)

    In G1G_1 phase the cell is metabolically active and grows but does not replicate DNA; in S phase DNA is synthesised and the DNA per cell doubles; in G2G_2 phase proteins are synthesised in preparation for mitosis while growth continues; and in M phase the actual cell division takes place. This gives P-II, Q-III, R-IV, S-I.

  2. Question 2 · Re-NEET 2026 · Q128 · +4 / −1

    The correct sequence of adult cell cycle phases is ________.

    Answer and explanation

    Answer: (3)

    Interphase runs G1, then S, then G2, and only then does the cell enter M phase to divide. The logic is that DNA must be replicated in S phase before the gap phase G2 allows the cell to check the copy and prepare for mitosis; dividing before replication would be fatal. NCERT Class 11, Cell Cycle and Cell Division.

  3. Question 3 · Re-NEET 2026 · Q131 · +4 / −1

    Given below are two statements :

    Statement I: Chromosomes are fully condensed at the end of prophase I.
    Statement II: Meiosis I resembles mitosis.

    In the light of the above statements, choose the most appropriate answer from the options given below :

    Answer and explanation

    Answer: (3)

    Prophase I is the longest and most complex phase of meiosis, running through leptotene, zygotene, pachytene, diplotene and diakinesis; by diakinesis the chromosomes have reached maximum condensation, so Statement I holds. Statement II names the wrong division: it is MEIOSIS II that resembles mitosis, since sister chromatids separate and no pairing or crossing over occurs. Meiosis I is the reductional division, with homologues pairing, recombining and then separating - none of which happens in mitosis. NCERT Class 11, Cell Cycle and Cell Division.

  4. Question 4 · NEET 2020 · Q25 · +4 / −1

    Match the following with respect to meiosis and select the correct option.

    List I

    List II

    P) Zygotene

    I) Terminalization

    Q) Pachytene

    II) Chiasmata

    R) Diplotene

    III) Crossing over

    S) Diakinesis

    IV) Synapsis

    Answer and explanation

    Answer: (1)

    Synapsis occurs in zygotene, crossing over in pachytene, chiasmata become visible in diplotene, and terminalization occurs in diakinesis. Thus P-IV, Q-III, R-II, S-I. Chapter: Cell Cycle and Cell Division.

  5. Question 5 · NEET 2020 · Q65 · +4 / −1

    Some dividing cells exit the cell cycle and enter vegetative inactive stage. This is called quiescent stage (G0). This process occurs at the end of

    Answer and explanation

    Answer: (1)

    Cells can exit the cell cycle and enter the quiescent stage (G 0 ) at the end of the G 1 phase. Chapter: Cell Cycle and Cell Division.

  6. Question 6 · NEET 2020 · Q69 · +4 / −1

    Dissolution of the synaptonemal complex occurs during

    Answer and explanation

    Answer: (2)

    The synaptonemal complex dissolves during diplotene, leading to the separation of homologous chromosomes while they remain connected at chiasmata. Chapter: Cell Cycle and Cell Division.

  7. Question 7 · NEET 2020 · Q75 · +4 / −1

    Identify the correct statement with regard to G1 phase (Gap 1) of interphase.

    Answer and explanation

    Answer: (2)

    During the G1 phase, the cell is metabolically active and grows, but DNA replication does not occur. Chapter: Cell Cycle and Cell Division.