Hardy-Weinberg Principle
BIOXII07:EVOLUTION

346531 Find the mis-match from the following pairs.

1 Divergent evolution -Thorn of Bougainvillia and tendril of Cucurbita
2 Adaptive radiation - Australian marsupials
3 Natural selection - Industrial melanism
4 Genetic drift - Constant gene frequency
BIOXII07:EVOLUTION

346532 In Hardy-Weinberg equation, the frequency of heterozygous individual is represented by :-

1 \(\mathrm{pq}\)
2 \(2 \mathrm{pq}\)
3 \(\mathrm{p}^{2}\)
4 \(q^{2}\)
BIOXII07:EVOLUTION

346533 In a population of plants, some water extremely tall and the remaining were extremely dwarf. No plants of the population showed intermediate height. The type of operation of natural selection in the above case is

1 Balancing
2 Directional
3 Stabilizing
4 Disruptive
BIOXII07:EVOLUTION

346534 Select the correct statement from the following
I. Disturbance in Hardy-Weinberg equilibrium, i.e., change of frequency of alleles in a population would then be interpreted as resulting in evolution.
II. The original drifted population becomes founders and the effect is called founder effect

1 Statement I only
2 Statement II only
3 Both of them
4 None of them
BIOXII07:EVOLUTION

346531 Find the mis-match from the following pairs.

1 Divergent evolution -Thorn of Bougainvillia and tendril of Cucurbita
2 Adaptive radiation - Australian marsupials
3 Natural selection - Industrial melanism
4 Genetic drift - Constant gene frequency
BIOXII07:EVOLUTION

346532 In Hardy-Weinberg equation, the frequency of heterozygous individual is represented by :-

1 \(\mathrm{pq}\)
2 \(2 \mathrm{pq}\)
3 \(\mathrm{p}^{2}\)
4 \(q^{2}\)
BIOXII07:EVOLUTION

346533 In a population of plants, some water extremely tall and the remaining were extremely dwarf. No plants of the population showed intermediate height. The type of operation of natural selection in the above case is

1 Balancing
2 Directional
3 Stabilizing
4 Disruptive
BIOXII07:EVOLUTION

346534 Select the correct statement from the following
I. Disturbance in Hardy-Weinberg equilibrium, i.e., change of frequency of alleles in a population would then be interpreted as resulting in evolution.
II. The original drifted population becomes founders and the effect is called founder effect

1 Statement I only
2 Statement II only
3 Both of them
4 None of them
BIOXII07:EVOLUTION

346531 Find the mis-match from the following pairs.

1 Divergent evolution -Thorn of Bougainvillia and tendril of Cucurbita
2 Adaptive radiation - Australian marsupials
3 Natural selection - Industrial melanism
4 Genetic drift - Constant gene frequency
BIOXII07:EVOLUTION

346532 In Hardy-Weinberg equation, the frequency of heterozygous individual is represented by :-

1 \(\mathrm{pq}\)
2 \(2 \mathrm{pq}\)
3 \(\mathrm{p}^{2}\)
4 \(q^{2}\)
BIOXII07:EVOLUTION

346533 In a population of plants, some water extremely tall and the remaining were extremely dwarf. No plants of the population showed intermediate height. The type of operation of natural selection in the above case is

1 Balancing
2 Directional
3 Stabilizing
4 Disruptive
BIOXII07:EVOLUTION

346534 Select the correct statement from the following
I. Disturbance in Hardy-Weinberg equilibrium, i.e., change of frequency of alleles in a population would then be interpreted as resulting in evolution.
II. The original drifted population becomes founders and the effect is called founder effect

1 Statement I only
2 Statement II only
3 Both of them
4 None of them
BIOXII07:EVOLUTION

346531 Find the mis-match from the following pairs.

1 Divergent evolution -Thorn of Bougainvillia and tendril of Cucurbita
2 Adaptive radiation - Australian marsupials
3 Natural selection - Industrial melanism
4 Genetic drift - Constant gene frequency
BIOXII07:EVOLUTION

346532 In Hardy-Weinberg equation, the frequency of heterozygous individual is represented by :-

1 \(\mathrm{pq}\)
2 \(2 \mathrm{pq}\)
3 \(\mathrm{p}^{2}\)
4 \(q^{2}\)
BIOXII07:EVOLUTION

346533 In a population of plants, some water extremely tall and the remaining were extremely dwarf. No plants of the population showed intermediate height. The type of operation of natural selection in the above case is

1 Balancing
2 Directional
3 Stabilizing
4 Disruptive
BIOXII07:EVOLUTION

346534 Select the correct statement from the following
I. Disturbance in Hardy-Weinberg equilibrium, i.e., change of frequency of alleles in a population would then be interpreted as resulting in evolution.
II. The original drifted population becomes founders and the effect is called founder effect

1 Statement I only
2 Statement II only
3 Both of them
4 None of them
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