Identify the incorrect statements:(1) Meiosis | vedclass

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(C) $(1)$ Meiosis involves a single cycle of $DNA$ replication,which is correct.$(2)$ At the end of Meiosis-$I$,two haploid cells are formed,not four.

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Only $(2)$

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(C) $(1)$ Meiosis involves a single cycle of $DNA$ replication,which is correct.$(2)$ At the end of Meiosis-$I$,two haploid cells are formed,not four. Four haploid cells are formed only after the completion of Meiosis-$II$. Thus,statement $(2)$ is incorrect.$(3)$ Mitosis can occur in both haploid and diploid cells (e.g.,in some lower plants and social insects). Thus,statement $(3)$ is incorrect.$(4)$ In yeast,the cell cycle takes approximately $90$ minutes to complete,which is correct.Therefore,statements $(2)$ and $(3)$ are incorrect. Since the options provided do not explicitly list $(2)$ and $(3)$,and the question asks to identify incorrect statements,we evaluate the provided options. Given the standard interpretation,$(2)$ is definitely incorrect. If the question implies selecting the set of incorrect statements,and $(2)$ and $(3)$ are both incorrect,the most appropriate choice based on the provided options is $(C)$ if we consider only $(2)$ as the primary error,or we identify that the question structure requires selecting the incorrect ones.

Column $I$	Column $II$
$(A)$ $G_1$-phase	$(i)$ Synthesis of proteins and microtubules
$(B)$ $S$-phase	$(ii)$ Growth phase
$(C)$ $G_2$-phase	$(iii)$ $DNA$ replication

Identify the incorrect statements:
$(1)$ Meiosis involves only a single cycle of $DNA$ replication.
$(2)$ At the end of Meiosis-$I$,four haploid cells are formed.
$(3)$ Mitosis is generally restricted to diploid cells.
$(4)$ In yeast,the cell cycle takes approximately $90$ minutes to complete.

Similar Questions

$A$ somatic cell that has just completed the $S$ phase of its cell cycle,as compared to a gamete of the same species,has:

Match the following columns $I$ and $II$:
Column $I$ Column $II$
$(A)$ $G_1$-phase $(i)$ Synthesis of proteins and microtubules
$(B)$ $S$-phase $(ii)$ Growth phase
$(C)$ $G_2$-phase $(iii)$ $DNA$ replication

$A$: In telophase,the two daughter nuclei formed at opposite poles contain the same number of chromosomes as the parent nucleus.
$R$: In anaphase,the centromere of each chromosome splits,allowing the sister chromatids to separate.

Choose the correct option for the formation and disappearance of the bipolar spindle in a cell,respectively.

During which phase does protein synthesis occur?

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Identify the incorrect statements:$(1)$ Meiosis involves only a single cycle of $DNA$ replication.$(2)$ At the end of Meiosis-$I$,four haploid cells are formed.$(3)$ Mitosis is generally restricted to diploid cells.$(4)$ In yeast,the cell cycle takes approximately $90$ minutes to complete.