Random genetic drift in a population probably results from
Random genetic drift in a population probably results from
- [AIPMT 2003]
- [AIPMT 2002]
- A
Large population size
- B
Highly genetically variable individuals
- C
Interbreeding within small isolated population
- D
Constant low mutation rate
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If frequency, of ' $A$ ' allele is $0.4$ than, find out the frequency of ' $B$ ' allele and heterozygous genotype in a random mating population at equilibria
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In a species, the weight of newborn ranges from $2$ to $5\; \mathrm{kg} .97 \%$ of the newbom with an average weight between $3$ to $3.3\; \mathrm{kg}$ survive whereas $99 \%$ of the infants born with weights from $2$ to $2.5\; \mathrm{kg}$ or $4.5$ to $5 \;kg$ die. Which type of selection process is taking place?
In a species, the weight of newborn ranges from $2$ to $5\; \mathrm{kg} .97 \%$ of the newbom with an average weight between $3$ to $3.3\; \mathrm{kg}$ survive whereas $99 \%$ of the infants born with weights from $2$ to $2.5\; \mathrm{kg}$ or $4.5$ to $5 \;kg$ die. Which type of selection process is taking place?
- [NEET 2019]
Which is the most common mechanism of genetic variation in the population of a sexually reproducing organism ?
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- [NEET 2015]
In Hardy-Weinberg principle expression of allele frequency is represented by
In Hardy-Weinberg principle expression of allele frequency is represented by