Answer:
Differentiation
Explanation:
The process that makes it possible for all of the body's major organs to be formed by the tenth week of gestation is known as differentiation.
Answer: The color would be light red
Explanation:
Apple juice is derived from apples which are rich in vitamin C. Chemically, vitamin C is an acid called ascorbic acid and apple juice also contain acids like folic acid and Pantothenic acid.
Hence, it is to be considered as acidic in nature.
So that, pH of apple juice is found to be in the range of 2.9 - 3.5.
Hence, the Colour of pH will be Light Red
E melts, it will cause a rise in sea level, which will affect and perhaps destroy ecosystems on coast lines. Changes in temperatures will also cause shifts in mating cycles, especially f
Question: What biology does it mean?
Answer: The scientific study of living things.
Question: How many science classified?
Answer: There are three main branches of science: physical science, earth science and life science. Each of the three branches of science has its own career applications.
Question: Who is father of biology?
Answer: Aristotle.
Question: Who is father of airplane?
Answer: The Wright brothers.
Answer: Separate the strands
Explanation:
<u>The function of DNA is to contain the hereditary genetic information of the cell,</u> by which proteins are synthesized and organisms develop. DNA is made up of monomers called nucleotides. They combine to form a polynucleotide, in this case DNA. Each nucleotide contains three main elements:
- Nitrogen bases: These are organic molecules containing carbon, nitrogen, oxygen and hydrogen. Four nitrogenous bases can be distinguished. These are adenine (A), guanine (G), cytosine (C) and thymine (T).
- Pentosa: It is a five-carbon sugar that in the case of DNA is known as deoxyribose.
- Phosphate groups: The phosphate in the DNA establishes bonds or "bridges" between the pentoses.
DNA strands run in opposite directions and this is known as antiparallel orientation. The nitrogenous bases of one strand bind to the bases of the opposite strand forming base pairs. The base pairs are established between adenine and thymine, or guanine and cytosine. This is known as the base complementarity rule. <u>According to the base sequence of one of the DNA strands (called the coding strand), a certain protein will be synthesized</u>. The complementary (non-coding) strand will then have the complementary bases. By separating the two chains, each one will have exactly half of the genetic information and also adequate information to know the proteins that can be synthesized.