Answer: c 50% not sure though but its a try
Explanation:
The complete question is as follows:
Regarding the General Adaptation Syndrome, a short term response to stress in which glycogen is broken down to glucose is characteristic of the stage. 1) Alarm reaction 2) Stage of resistance 3) Stage of exhaustion
Answer:
The General Adaptation Syndrome or GAS explains the pattern of responses that body experinces in response to prompted by a stressor. There are three phases of this syndrome:-
1. Alarm reaction:
Sympathetic system and Hypothalamopituitary axis activated by the stress result in reaction by body.
2. Stage of resistance:
The hormone that is releases continusoly in this stage by the zona fasciculata layer of adrenal cortex is cortisol to maintain arousal.
3. Stage of exhaustion:
In abscence of enough blood sugar or glucose in the body, the body initiates breakdown of the glycogen (stored sugar in muscles mosty) with the help of hormone known as glucagon to covert it to glucose so that it can be used by the cellular respiration.
If a cell lost the ability to be selectively permeable, then the cell wouldn't be able to get the nutrients or things it needs from outside the cell... There's a reason that the cell is selectively permeable (cell selects what it wants in or out of the cell).
Answer:
A similarity between alcohol fermentation and aerobic respiration is that both started with glycolysis.
Explanation:
Alcohol fermentation is anaerobic process which involve the conversion of glucose into carbon dioxide and alcohol in the presence of yeast.
The first step is glycolysis which is same in both alcohol fermentation and aerobic respiration
Both produces the ATP. The number of ATP produced by alcohol fermentation are 2 while aerobic respiration produces 38 ATP.
Aerobic respiration
It is the breakdown of glucose molecule in the presence of oxygen to yield large amount of energy. Water and carbon dioxide are also produced as a byproduct.
Glucose + oxygen → carbon dioxide + water + 38ATP
At least one set of sister chromatids did not separate
