If a trait A exists in 10% of a population of an asexually reproducing species and a trait B exists in 60% of the same population, which trait is likely to have arisen earlier?

If trait A exists in 10% of a population of an asexually reproducing species and trait,B exists in 60% of the same population, which trait is likely to have arisen earlier?

If a trait A exists in 10% of population of an asexually reproducing species and a triat B exist in 60% of the same population, which trait is likely to have arisen earlier?

70% of individuals in a population of hydra show long tentacles whereas 10% of individuals in the same population show short tentacles. Which trait is likely to have arisen earlier?

In 2019 if there is 10% increase in population of city A and 15% decrease in the population in B as compared to that in 2018 ,then the population of city A is what percentage more /less than in B , in that year ? (correct to one decimal places)

The number of genes of a specific trait within the population of a species shows

Which of the following is not a direct conclusion that can be drawn from Mendel's Experiment ? a) Only one parental trait is expressed b) Two copies of each trait is inherited in sexually reproducing organism c) For recessive trait to be expressed, both copies should be identical d) Natural selection can alter frequency of an inherited trait.

The following graph shows the range of variation among population members for a trait determined by multiple genes. If this population is subject to stabilizing selection for several generations, which of the distribution is most likely to result ?