The answer would be 1 hour of time. Hope this helps!
Answer:
a. Jack, a 45-year-old man who regularly consumes red meat6
Explanation:
Atherosclerosis is the hardening and narrowing of your arteries that can prevent blood flow. It is commonly found in adult of age 40 and above due to stress, lack of exercise, lack of fruits in the diet.
Jack is 45 years he has the tendency of having the disease because it is more pronounced in people of his age and consumes red meat everyday which makes him at the risk of having atherosclerosis because too much of red meat could cause heart problems which is a symptom of atherosclerosis.
Artherosclerosis could leads to heart attacks, strokes, and perheral vascular disease.
It is characterize by an unusual heartbeat, Pain in the upper body such as chest and arms and shortness of breath.
Answer
An individual having genotype aabbddeeff can produce only five types of gametes which are: a,b, d, e and f.
Answer:
Genotype of long winged fly is Ll
Genotype of short winged fly is ll
Explanation:
Given
Allele for long wing trait is "L"
Allele for short wing trait is "l"
When a long winged fly is crossed with a short winged fly, half of the offspring have long wings and other half have short wings as the ratio is 
Let us say that the genotype of long winged fly is Ll
and the genotype of short winged fly is ll
The cross between the two will produce following offspring
Ll * ll
Ll, Ll, ll, ll
Out of four off spring two have long wings (Ll)
and the other two have short wings (ll)
Thus the ration of long to short wing offspring is 
i.e
Answer:
All organisms are made up of the four nucleotide bases of the DNA. Yet still all organisms are different from one another due to the sequence of the arrangement of these nucleotides. The pattern of arrangement of the nucleotides determines which organisms will be more similar and which will be more different from one another. The pattern of arrangement leads to the formation of genetic code which will differ in organisms. Hence, all organisms are made of the 4 nucleotides but differ due to the pattern of arrangement of the nucleotides.
