In this lab, we assumed that the only acid in our juice sample was citric acid, but other acids may be present as well. Ascorbic
acid (vitamin C) is another common acid found in fruit juices. How does the presence of other acids in our juice sample affect our calculated concentration of citric acid? Choose one answer from below. Choose one answer from below. The presence of other acids in our juice causes our calculated concentration of citric acid to be falsely low. The presence of other acids in our juice causes our calculated concentration of citric acid to be falsely high. The presence of other acids in our juice does not affect our calculated concentration of citric acid.
The presence of other acids in our juice causes our calculated concentration of citric acid to be falsely high
Explanation:
we need to account for the concentration of the other acids, hence the concentration of citric acid will be calculated high when it is indeed not that high
The presence of other acids in our juice causes our calculated concentration of citric acid to be falsely high.
Explanation:
The presence of other acids in our juice causes our calculated concentration of citric acid to be falsely high and we would have to account for the other acids in this case.
The answer is A because in the process of mitosis and meiosis chromosomes are single-stranded groups that are condensed to chromatin when the process of division of cells chromosomes replicate to make sure that the new daughter cells received the correct number of chromosomes
Niclosamide is an anti-helminth drug. It works by inhibiting ATP generation in the mitochondria. ATP which is a major source of energy for cellular organisms is deficient thereby hindering or stopping metabolic processes and then death. Helminths in which Niclosamide is effective against include Pin worm, Round wo,Beef tapeworm( Taenia saginata) etc. The drug is taken orally.
The balloon will expand or explode (with enough time)
Explanation:
Charles law states that the volume of a fixed gas is directly proportional to the temperature and pressure. The higher the temperature, the higher the pressure. This will raise the volume, causing the balloon to expand at the very least.
