Answer: I beleive the answer is C. I'm not sure
Explanation:
Answer:
100%
Explanation:
A pea plant homozygous for the trait of smooth seeds;
let that be = ss
A pea plant that is homozygous for the trait of wrinkled seeds;
let that be = ww
if ss crosses with ww; the F1 produces seeds that are all smooth
i.e ss × ww = (sw, sw, sw, sw)
From the question, we are to find the percentage of the second generation that will produce smooth seeds after self fertilization occurs.
i.e sw, sw, sw, sw × sw, sw, sw, sw
= the result will yield ssww for all F2 progeny
∴ the percentage of plants that will have smooth seeds when the F1 generation is self-fertiized is 100%
Answer:
first add 10 then multiply it by 70 then dividefirst add 10 then multiply it by 70 then dividefirst add 10 then multiply it by 70 then dividefirst add 10 then multiply it by 70 then dividefirst add 10 then multiply it by 70 then dividefirst add 10 then multiply it by 70 then dividefirst add 10 then multiply it by 70 then divide
Explanation:
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Answer:
A
Explanation:
First, you need to isolate the DNA from the subjects sample. Second, you need to amplify that DNA with PCR in order to be able to see enough DNA during gel electrophoresis at the end. Third, restriction enzymes are used in order to cut the DNA at specific sites. Fourth, you separate these small fragments using gel electrophoresis. The gel will give you a visual indication of all the fragments present in the subjects sample and thus help you profile the subjects DNA.
