The answer is true. blood flow to many different organs to meet the increased metabolic needs of the tissues.
Below are the choices that can be found elsewhere:
A) 29%
<span>B) 58% </span>
<span>C) 80% </span>
<span>D) 49%
</span>
q^2 + 2pq + p^2=1
<span>And q + p = 1 </span>
<span>You have q^2 which is 0.18, which stands for the homozygous recessive. p^2 is homozygous dominant percentage while 2pq is what you're looking for, heterozygous. </span>
<span>Anyway to find your answer, square root q^2 to find q, then you can use q+p=1 to find p. Then use 2pq to find the percent of heterozygotes. The answer for your question is D.</span>
Answer:
The difference is that in plant cells, there are vacuoles, a cell wall, and chloroplasts. All 3 of those are only found in plant cells.
ATP yield would decrease
Explanation:
In plant Carbon dioxide enters through Stomata and in stomata it diffuses over short distances through the intercellular process. it reaches the mesophyll cells. The other name of light independent phase is Calvin cycle whose name is in name of the person who discovered it. The light is not involved in this reaction so it is called light independent or dark cycle.
Hello!
For the complementary strand of DNA, 36 Thymine bases and 24 Guanine bases would complete the proper base pairing.
This is given by the concept of complementarity. A base in DNA has complementarity with only one other base. This complementarity is produced by hydrogen bond interactions.
For DNA, Adenine couples with Thymine and Cytosine couples with Guanine. So the 36 adenine bases will couple with 35 thymine bases, and so on.
Have a nice day!
