VOSS and Alkalife and Evamor
Answer:
B. <u><em>At the end of the reaction, both product and reactants are of a constant concentration.</em></u>
Explanation:
- Option A and C are similar as they both refer to constant concentration of product and reactant respectively in first half. As in the graph, the concentration of reactant and product changes (concentration of reactant decreases and concentration of product increase) with time in the <em>first half</em> of the reaction. This made both A and C option wrong.
- Option D is also wrong as at the <em>end of reaction</em> the line of concentration of product and reactant do not coincide which means they are not equal.
- Option B is correct as we take the end of reaction at the point where the concentration of reactant and product won't change much or become constant
<u><em>first half</em></u> time is the when concentration of reactant reduces to 50% of initial concentration which you can nearly assume on or before the point of intersection of both the concentration graphs.
<u><em>end of reaction</em></u><em> </em>is the time when the reaction completes which is theoretically infinite but generally we take end of the reaction as the time when the slope of concentration curve becomes nearly zero or the time when change in concentration of reactant and product is negligible.
DNA replication must create two sets of chromosomes.
Explanation:
Mitosis is where the cell divides itself into two identical parts.
In order for the two cells to be identical, they need to have the same parts, which is where replication is important
If the cell didn't replicate its organelles, it would not be able to split itself since nothing would go into one of the halves
Replication is the duplication of those organelles so that the sister cells are the same, so making a copy of the nucleus and other organelles allows one of those parts to stay and one part to go into the new cell
Answer:
prohibited because of germs that are on your phone.
Explanation: