A habitat is useful to animal because it is a place where they can easily adapt or wouldn't have to adapt. They could have as many right to food as they need, and they could easily find shelter.
Answer:
Both starch and cellulose are glucose polymers, but the glycosidic linkages in these two polymers differ, as shown in Figure 5.7. Glucose can have two slightly different ring structures. When glucose forms a ring, the hydroxyl group attached to the number 1 carbon is positioned either below (alpha)or above (beta) the plane of the ring. In starch, all the glucose monomers are in the alpha configuration (Figure 5.7b). In cellulose, all the glucose monomers are in the beta configuration. As a result, every other glucose monomer is "upside down" with respect to its neighbors (Figure 5.7c). The differing glycosidic linkages in starch and cellulose give the two molecules distinct three-dimensional shapes, leading to key functional differences.
Explanation:
? could you type it out kinda hard to see
Answer:
XnY
Explanation:
II-2 is a male so the genotype must have a Y in it. Majority of the other options do not have Y, so they are incorrect. Because the individual is male, the father has passed a Y chromosome, while the mother has passed an X chromosome. The X chromosome is Xn because the mother is hemolytic, which is a recessive trait. So both the mother's X chromosomes carry the hemophilia trait.
The rules for writing the chemical formulas of covalent compounds must include the use of prefixes, naming the first non-metal and replacing the end name of the second non-metal with "ide".
A covalent compound is a type of compound that contains covalent bond --the atoms share pair of electrons.
There are basic rules for writing the chemical formulas of covalent compounds, these rules include the following;
- Use the prefixes such as mono (1), di (2), tri (3), to indicate the number of that particular element in the given compound.
- <em>Start </em>by naming the first non-metal present in the compound, which is found far left on the periodic table by its elemental name.
- <em>Followed by</em> naming the second non-metal by replacing the end of its elemental name with an "ide".
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