Answer:
Probably because they just need air to being able to live and have air going in and out like carbon dioxide and getting rid of used air.
Missing choices:
A) Myocardial hypercapnia
B) Hypocalcemia
C) Hyperkalemia
D) Hypercalcemia
E) Myocardial hypoxia
I'm debating between two answer choices. A) Myocardial hypercapnia and E) Myocardial hypoxia.
Myocardial refers to the cardiac muscle or myocardium.
Hypercapnia is the excessiveness of carbon dioxide in the blood stream.
<span>Hypoxia is the inadequate amount oxygen in the body.</span>
I'll go with E) <span>Myocardial hypoxia. </span>
Answer:
<u>Active transport across membranes is like refilling an empty soda can after pouring the soda into a cup. It takes effort (energy in the form of ATP) to pour the soda back into the can, it wouldn't typically happen on its own.</u>
Explanation:
Cells use several transport mechanisms to move substances across their plasma membranes. Plasma membranes control all movement of substances through passive transport, which does not use energy; and active transport which requires chemical energy in the form of ATP.
Active transport moves substances out of cells against their gradients. In the cell, glucose can be transported inwards for respiration. However, because the internal environment is typically concentrated, (and glucose is needed in high amounts) this requires the use of transport enzymes and ATP.
Well, put simply, biology is the study of life. Everything living is organic (everything living decomposes). Biologists study living things which have organic chemistry.
It increases its metabolic activities to produce energy for the growth process. The water causes the turgor pressure to increase in the cells and they are able to enlarge.
Hope this helps!