What is the correct sequence of the cell cycle?

The correct sequence of cell cycle is  G1 -> S -> G2 -> M
The cell cycle is the process by which a cell increases in size in preparation for cell division. In this process. The cell copies its DNA, synthesizes and prepares for division, and then it divides.

Gap 1 (G1) Stages is when the DNA is copied. The synthesis (S) phase is the phase in which the copied DNA is replicated. It occurs between G1 and G2. At Gap 2 (G2) phase, the DNA has replicated, and the cell is getting set for division, more molecules are produced to enable the process of cell division. Finally, the cell goes into Mitosis (M) phase.

G1, S, and G2 make up interphase. The M phases are divided into 4 phases: prophase, metaphase, anaphase, and telophase.

This is known as the cell division cycle. Basically, the main goal of this is to make sure that the two daughter cells will be produced. During the cell division cycle, the cytoplasm will also be divided; then finally, the DNA will be duplicated.

The complete cell division cycle is going to be G1, S, G2, M until the new cell is formed. Cell division is going to be important because this will make sure that all living things will be able to grow and function. The cells will have the ability to grow and reproduce. They will even help in the renewal of damaged cells, which is going to be vital.

The correct answer to this question is G1 -> S -> G2 -> M -> c. Also known as the cell-division cycle, the cell cycle are a set of events that happen in the cell. The cell cycle results in two daughter cells being produced, the division of the cytoplasm, and the duplication of DNA.

There are two phases of the cell cycle. The first is interphase, where G1, S, and G2 occur. The second phase is known as mitosis or the M phase. Mitosis has four stages, which are the prophase, metaphase, anaphase, and telophase. Once this phase completes, the cells go back to G1.