1. What event is taking place and where is it taking
place?
Answers
Interphase involves a series of changes that prepare a cell for division. It is the period during which the cell experiences growth and DNA replication in an orderly manner. Interphase is divided into three phases :
Interphase involves a series of changes that prepare a cell for division. It is the period during which the cell experiences growth and DNA replication in an orderly manner. Interphase is divided into three phases :(i) G
Interphase involves a series of changes that prepare a cell for division. It is the period during which the cell experiences growth and DNA replication in an orderly manner. Interphase is divided into three phases :(i) G 1
Interphase involves a series of changes that prepare a cell for division. It is the period during which the cell experiences growth and DNA replication in an orderly manner. Interphase is divided into three phases :(i) G 1
Interphase involves a series of changes that prepare a cell for division. It is the period during which the cell experiences growth and DNA replication in an orderly manner. Interphase is divided into three phases :(i) G 1 phase
Interphase involves a series of changes that prepare a cell for division. It is the period during which the cell experiences growth and DNA replication in an orderly manner. Interphase is divided into three phases :(i) G 1 phase(ii) S phase
Interphase involves a series of changes that prepare a cell for division. It is the period during which the cell experiences growth and DNA replication in an orderly manner. Interphase is divided into three phases :(i) G 1 phase(ii) S phase(iii) G 2 phaseG 1
phaseG 1
phaseG 1 phase – It is the stage during which the cell grows and prepares its DNA for replication. In this phase, the cell is metabolically active.
phaseG 1 phase – It is the stage during which the cell grows and prepares its DNA for replication. In this phase, the cell is metabolically active.S phase – It is the stage during which DNA synthesis occurs. In this phase, the amount of DNA (per cell) doubles, but the chromosome number remains the same.
phaseG 1 phase – It is the stage during which the cell grows and prepares its DNA for replication. In this phase, the cell is metabolically active.S phase – It is the stage during which DNA synthesis occurs. In this phase, the amount of DNA (per cell) doubles, but the chromosome number remains the same.G
phaseG 1 phase – It is the stage during which the cell grows and prepares its DNA for replication. In this phase, the cell is metabolically active.S phase – It is the stage during which DNA synthesis occurs. In this phase, the amount of DNA (per cell) doubles, but the chromosome number remains the same.G 2
phaseG 1 phase – It is the stage during which the cell grows and prepares its DNA for replication. In this phase, the cell is metabolically active.S phase – It is the stage during which DNA synthesis occurs. In this phase, the amount of DNA (per cell) doubles, but the chromosome number remains the same.G 2
phaseG 1 phase – It is the stage during which the cell grows and prepares its DNA for replication. In this phase, the cell is metabolically active.S phase – It is the stage during which DNA synthesis occurs. In this phase, the amount of DNA (per cell) doubles, but the chromosome number remains the same.G 2 phase – In this phase, the cell continues to grow and prepares itself for the division. The proteins and RNA required for mitosis are synthesised during this stage.
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Probability of A = Probability of B = Probability of C =
3
1
Probability of X = P(X)=
12
5
=P(A)∗P(
A
X
)+P(B)∗P(
B
X
)+P(C)∗P(
C
X
)=
3
1
∗
8
3
+
3
1
∗
4
1
+
3
1
∗P(
C
X
)
Hence, P(
C
X
)=
8
5
Hence, (a) is correct.