Answer:
the process in which bacteria convert nitrogen is called nitrification
Answer:
Explanation:
Site-directed mutagenesis alters the amino acid sequence by introducing changes in the base sequence of DNA. This is done by either by substituting a single base, multiple bases and inserting or deleting a base.
Answer:
The shape of an enzyme determines which reaction it can catalyze.
Explanation:
Each enzyme is specific to one type of reaction. According to the structure of each enzyme, it has an active site capable of binding to a specific substrate, so the shape of the enzyme determines the type of reaction to be catalyzed.
Once the reaction occurs, the enzyme releases the product of the reaction and the enzyme is available for another reaction.
Regarding the other options:
- <em>The shape of an enzyme no depends on the reaction that it needs to catalyze.
</em>
- <em>Due to their specificity, enzymes can only catalyze one reaction at a time</em>
- <em>The shape of the enzyme is not altered after the reaction.</em>
#5. the mitochondria
#8. photosynthesis removes co2 from the air and celluar resperiation puts it back
#9. they are similar because they both begin with glycolysis which breaks down the glucose molecules and they both produce atp. They are different because water molecules are not produced during fermentation and all of fermentations cycles are in the cytoplasm while only the first cycle in celluar resperiation occurs in cytoplasm
Try letter A that should be correct
