Only 2 molecules of ATP are produced in anaerobic cellular respiration
<h3>Anaerobic Respiration</h3>
It is the process whereby the cellular breakdown of carbohydrates takes place in the absence of oxygen.
During anaerobic respiration, carbohydrates in the form of glucose are broken down into two molecules of pyruvates and 2 molecules of ATP are generated.
In the presence of oxygen, the pyruvate molecules would have entered into the citric acid cycle but due to the absence of oxygen, the two pyruvate molecules are converted to lactic acid.
More on anaerobic respiration can be found here: brainly.com/question/18024346
Answer:
1. A
2. I
3. Sorry I am not sure.
4. I
Explanation:
1. ATP has 3 phosphate groups, T = tri aka three.
2. ATP has 3 phosphate groups and turns into ADP which as two phosphate groups because when it loses one phosphate, it releases energy.
3.
4. Passive transport does not require energy because when it passes through the cell membrane it is going with the concentration, it goes from high to low concentration. Active Transport requires energy because it is going against the concentration, low to high, so it needs energy to go from low to high concentration.
Answer:
mitochondria because it provides the cell with energy
Both parents must be carriers, which means they have the heterozygous gene (one uppercase letter & one lower case letter). They will still carry that mutated gene (because they have a lower case letter), and their offspring will have a 25% chance of getting a recessive disorder. The percentage is low but still possible.