Answer:
There should be 10% thymine
Explanation:
DNA bases come in specific pairs. Guanine pairs up with cytosine and adenine pairs up with Thymine.
According to the problem the DNA sample was 40% cytosine and 40% guanine, so this is correct, there are equal amounts of cytosine and guanine. Now Thymine needs to have equal amounts as adenine, but adenine only has 10%.
If we match up the amount of adenine to thymine, we would have 15% adenine and 15% thymine, but that would excede 100%. So you need to match the thymine to adenine.
10% adenine + 10 % thymine + 40% cytosine + 40% guanine = 100%
Answer:
tell the teacher you'll give her some nice hotdog for an A+
Answer:
<h2>40</h2>
Explanation:
Calculations:
Let q²= homozygous recessive
p²= homozygous dominant
2 pq heterozygous
q² for this population is 640/1000 = 0.64
q = √o.64 = 0.8
so, P= 1- q
= 1- 0.8 = 0.2
The homozygous dominant frequency = p² = (0.2)(0.2) = 0.04
Therefore, you can expect 4% of 1000, or 40 individuals, to be homozygous dominant.
To identify how your experiment represents the carbon cycle analyze how each Earth's sphere participates in the cycle and relate it to the experiment.
<h3>What is the carbon cycle?</h3>
This is a natural phenomenon on Earth in which carbon circulates through different spheres.
<h3>What is the role of each sphere?</h3>
- Atmosphere: Contains gaseous carbon as carbon dioxide.
- Biosphere: Plants use carbon and release oxygen; on the other hand, animals produce carbon as a result of the breathing process.
- Geosphere: Contains carbon, which is the result of processes such as organisms' decay.
- Hydrosphere: Contains dissolved carbon.
<h3>How do you relate the experiment to the natural process?</h3>
- Identify the components of your experiment and the way they interact with carbon.
- Compare this function to the function of the speheres.
- Relate the experiment and natural model.
Note: This question is incomplete because there is not information about the experiment; due to this, the answer is based on general knowledge.
Learn more about carbon cycle in: brainly.com/question/1627609
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