A membrane's permeability has an impact on the diffusion rate. As membrane permeability increases, the diffusion rate rises.
- The dispersion of materials is also impacted by changes in temperature and pressure values.
- The passive diffusion rate of penetrated molecules through the biomembrane can be used to quantify a membrane's permeability.
- It is well acknowledged that the permeability of any particular molecule depends mostly on its size, polarity, charge number, and molar mass.
- The capacity for materials to flow into and out of a membrane is known as permeability. The ease with which a chemical can diffuse across a cell membrane determines its permeability.
- Only chemicals that can dissolve in fat can typically pass through a cell membrane.
- The electrical potential gradient across the cell membrane and the concentration gradient of the permeant ion across the membrane together make up the net electrochemical driving force.
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The answer to this is most certainly not A or C, so you can rule those out. If you look at DNA, every persons has different nitrogenous bases (<span>adenine (A),guanine (G), thymine (T), and cytosine (C))
This means the answer to your questions is #2, DNA.
Hope I helped you!</span>
Answer:
The Food has to digest
Explanation:
Your Stomach doesn't realize you've overeaten until your body starts to break it down.
