Explain how the electrical model for the control of cellvolume
1 answer:
Answer:
Control of Cell Volume and Membrane Potential Basic
Basic problem
• The cell is full of components like Proteins, ions, fats, etc.
• Ordinarily, these would cause huge osmotic pressures, sucking water into the cell.
• The cell membrane has no structural strength, and the cell would burst.
Basic solution to the problem above
• Cells carefully regulate their intracellular ionic concentrations in order, to ensure that no osmotic pressures arise
• Consequently, the major ions Na+, K+, Cl- and Ca2+ in the cell have different concentrations in the extracellular and intracellular environments.
• And thus a voltage difference arises across the cell membrane.
Essentially two different kinds of cells: excitable and nonexcitable.
• All cells have a resting membrane potential, but only excitable cells modulate it actively.
Explanation:
In the case where there is a poisoning of the Na-K exchange pump.
Inhibition kicks off.
The pump requires binding by Na+ , K+ and ATP for its operation. Therefore , if the concentration of any of these substances is too low, the pump does not function.
When the temperature is reduced. During oxygen lack. Metabolic poisoning thus prevents the formation of ATP.
Potential buildup in the Na+ ion will be used by many different processes e.g cotransporter, neuron signalling etc.
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Molecule is the general term used to describe any atoms that are connected by chemical bonds. Every combination of atoms is a molecule. A compound is a molecule made of atoms from different elements. All compounds are molecules, but not all molecules are compounds.
One example of a molecule is (chlorine).
Examples of a compound is NaCl (sodium chloride) or (water)
Answer:
Nitrogen,
Explanation:
Hello,
This is a clear example of what the ideal gas equation is used for, thus, from its mathematical definition:
One can spell it out in terms of mass and molar mass:
Now, solving for the molecular mass, :
Now, by taking into account that the gas is diatomic, the matching gas turns out to be nitrogen.
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