In a population of 525 flowering plants, the red-flower allele is dominant over the white-flower allele. in this population, 365 of the plants have red flowers and 160 have white flowers. use the hardy–weinberg equation to determine the allele frequency for the recessive, white-flower allele in the population. round your response to two decimal places.

The allele frequency of the white-flower allele is 0.55

OR

f(a) = 0.55

Explanation:

Let red=A and white=a; A>a

We know the the Hardy-Weinberg equation to be:

p²+2pq+q²

But we are not given the individual number of plants that are homozygous for red (AA) and heterozygous for red coloring (Aa).

f(AA)+f(Aa) = 365/525 = 0.695

f(aa) = 160/525 = 0.305

q²=f(a)²=f(aa)= 0.305

∴ q = f(a) = = 0.55

And we know p+q = 1

∴  f(A) = p = 1-q = 1-0.55 = 0.45

f(Aa) = 2pq = 2(0.45)(0.55) = 0.495

To make sure your answer is correct: p²+2pq+q²=1

(0.45)²+2(0.45)(0.55)+(0.55)=1

1=1

the endomembrane system is a series of compartments that work together to package, label, and ship proteins and molecules. in your cells, the endomembrane system is made up of both the endoplasmic reticulum and the golgi apparatus. these compartments are folds of membranes that form tubes and sacs in your cells.

integrated circuit (ic) is defined as a set of electronic circuits on one small flat piece of semiconductor material, normally silicon. a functional electronic circuit requires transistors, resistors, capacitors, inductors, etc., and the connections between them.