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(B) The cell cycle consists of distinct phases:$1$. $G_1$ phase: This is the first gap phase where the cell grows and prepares for replication,but no

Vedclass · Accepted Answer

$(a-q), (b-r), (c-p), (d-s)$

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(B) The cell cycle consists of distinct phases:$1$. $G_1$ phase: This is the first gap phase where the cell grows and prepares for replication,but no $DNA$ synthesis occurs. Thus,$(a-q)$.$2$. $G_2$ phase: This is the second gap phase where the cell prepares for mitosis. $DNA$ synthesis has already occurred in the $S$ phase,so $DNA$ synthesis stops. Thus,$(b-r)$.$3$. $S$ phase: This is the synthesis phase where $DNA$ replication occurs. Thus,$(c-p)$.$4$. Prophase: During this phase,the chromatin condenses and the mitotic spindle begins to form. Thus,$(d-s)$.Therefore,the correct match is $(a-q), (b-r), (c-p), (d-s)$.

Column $I$	Column $II$
$(a)$ $G_1$ phase	$(p)$ Synthesis of new $DNA$ occurs
$(b)$ $G_2$ phase	$(q)$ No $DNA$ synthesis occurs
$(c)$ $S$ phase	$(r)$ $DNA$ synthesis stops
$(d)$ Prophase	$(s)$ Formation of mitotic spindle occurs

Match the following columns correctly:
Column $I$ Column $II$
$(a)$ $G_1$ phase $(p)$ Synthesis of new $DNA$ occurs
$(b)$ $G_2$ phase $(q)$ No $DNA$ synthesis occurs
$(c)$ $S$ phase $(r)$ $DNA$ synthesis stops
$(d)$ Prophase $(s)$ Formation of mitotic spindle occurs

Similar Questions

Bacteria divide every $35$ minutes. If a culture containing $10^5$ cells $/ ml$ grows for $175$ minutes,what will be the cell concentration per $ml$ after $175$ minutes?

Statement $P$: The $G_1$ phase is the final phase of interphase.
Statement $Q$: $DNA$ synthesis occurs in the $G_2$ phase.

Which of the following is a mitotic poison?

During which phase does protein synthesis occur?

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Match the following columns correctly:Column $I$Column $II$$(a)$ $G_1$ phase$(p)$ Synthesis of new $DNA$ occurs$(b)$ $G_2$ phase$(q)$ No $DNA$ synthesis occurs$(c)$ $S$ phase$(r)$ $DNA$ synthesis stops$(d)$ Prophase$(s)$ Formation of mitotic spindle occurs