Answer:
Explanation:
Fast-twitch muscle also uses glycolysis to produce energy, but it skips harvesting energy from pyruvate, a process that takes oxygen. Instead, pyruvate gets converted into a waste product, lactic acid, and released into the bloodstream
Answer:
carbohydrate
Explanation:
The molecule discovered by scientists in the illustration is most likely to be a <u>carbohydrate</u>.
<em>Among all the biomolecules, only carbohydrates have the molecular formula of (</em><em>)</em><em>. On the other hand, carbohydrates generally contain carbon (C), hydrogen (H), and oxygen (O) in the ratio 1:2:1. </em>
Since the molecule discovered by the scientists has C, H, and O in the ratio 1:2:1, then, it is, therefore, best thought of as a carbohydrate.
Answer: different structures and different functions
Explanation:
Plasma membrane is also name as cell membrane. It is a structure that surrounds the cell from the outside. it controls what enters and leaves the cell. Every cell has a plasma membrane.without the plasma membrane the content of the cell will not work as the system.Plasma membrane is made up of phosopholipid bilayer
Cell wall is a layer outside the cell membrane and it also provides support to the cell's structure. it gives the plant it's actual shape.it determines what can enter and exist the cell. The cell wall also makes sure that the cell does not burst if there is more water in the plant than its requirement. The cell wall also protects the cell from any pathogens or insects that can harm the plant
Answer:
(a)45:55
Explanation:
Normally the whole blood is consist of about 45% of blood cells in which there are white blood cells and red blood cells and about 55% plasma. The form of plasma is liquid in which the white blood cells , Red blood cells and platelets are present in suspension form plasma is mainly consist of water and salts but major part of plasma is water
Answer:
Having the light reaction components in close proximity speeds up the process. Electrons move from one protein to the next in sequence. If the proteins had to 'swim' around to find the next part of the electron transport chain, then the ATP would form at a much slower, inefficient rate.