Answer:
The correct answer is - 0.20
Explanation:
According to Hardy Weinberg equation under specific conditions the frequencies of the allele in the gene in a given population remain constant. Thus according to this frequencies of allele and genotype will remain the same through the generation unless there will be no evolutionary influence.
It helps us to predict the genotype frequencies in a large population. If there are two alleles having allelic frequencies p and q and we know equation of probability and frequencies add to 1
p2+2pq+q2=1
The X3X3 genome produces white antennae. Now Phenotypic frequency of the white antennae is 0.16 or 0.04 in the whole population. Hence the frequency of X3 should be a square root of 0.04 i.e, 0.20.
Answer: Option A
Explanation:
The two statements states that the plant tissue are made of collection of cells and the animal tissues are also made of collection of cells.
This statement shows that the animal cells and the plants cells are living and hence, made of cells.
The scientist gave cell theory and it states that the all the living beings on earth is made of cells.
It is the fundamental unit of life and it collectively forms tissues.
All infectious agents cause sicknesses. Viruses, bacteria, and fungi are the different groups of infectious agents.
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Answer:
Mercury
Explanation:
The planet from which you will have the easiest time escaping its gravitational pull is the one with the weakest gravity. Since gravity is directly proportional to mass, the larger or more massive a planet is, the higher the gravity. Therefore, the smallest planet would have the weakest one. Since Mercury is the smallest planet in the solar system, it would also have the weakest gravity, and would therefore be the easiest to escape from. Hope this helps!