Here, given-
homozygous alleles 'a' have a frequency of 0.3.
Also the alleles are in equilibrium in a Hardy-Weinberg population. The frequency of individuals that are homozygous for this allele are= 0.49.
The Hardy-Weinberg equilibrium can be defined as the principle which states that the variation in the genetic makeup of a population remains constant and unchanged till there are no external interferences, influencing the population.
Calculation-
Then to find the frequency of the individuals homozygous for this allele the following formula needs to be used-
Thus, the individuals homozygous for the allele can be calculated by
Learn more about the Hardy-Weinberg equilibrium here-
brainly.com/question/16823644
#SPJ4
Answer:
i believe mitochondria
Explanation:
I can't see it very well because it's blurry but if it has back and forth squiggles in the middle then it is the mitochondria plus the others are labeled with other stuff
Answer:
carrying capacity is how much population an environment can hold without its resources being used up/ when a Population Hits Its Limit. an example would be The Carrying Capacity of North American Deer. the Carrying Capacity of Grazing Cattle.
hope this helped!
Answer:
C. be found in extreme environments like hot springs, deep oceans and swamps.
Explanation:
Archaea are different from protista because they are found in extreme environments like hot springs, deep oceans and swamps.
Archaea represent a group of single celled organisms similar to the bacteria while protists represent a group of animal-like unicellular organisms.
<em>Archaea are prokaryotic in that their cells lack nucleus and membrane bound organelles unlike protists which are eukaryotic with distinct nucleaus and membrane-bound organelles like mitochondrion.</em>
Hence, options A, B and D are not true for archaea.
The correct option is C.