If thr H2S gas is emitted into the mantle at 800 pmm by vol and pressure is 400 atm.
H2S(gas)> H2S(aq)
Delat G= (-6.6)-(8.02)=
K=e(-deltaG/RT)
0.0100579X(800/10^6)X400= 0.032M.
Hydroxide ions can form insoluble compounds with sulfide ions, leading to the precipitation of metal sulfides. This would reduce the concentration of sulfide ions in solution by removing them from the aqueous phase.
Hydroxide ions (OH⁻) can influence the concentration of sulfide ions (S²⁻) by shifting the equilibrium of the dissociation reactions of hydrogen sulfide (H₂S). In basic conditions, the presence of OH⁻ can promote the conversion of H₂S to sulfide ions, as the reaction favors the formation of S²⁻ in alkaline environments. Additionally, if the concentration of OH⁻ is high enough, it can lead to the precipitation of metal sulfides, further affecting the availability of free sulfide ions in solution.
It has to flow in opposite directions to keep a balanced concentration therefore a balanced diffusion. If it went in the same direction as the blood there would be less diffusion as, for instance, by the time the dialysis fluid from the right side got the the left, no more diffusion could take place with the blood above it as the fluid would already have gone though diffusion with blood further back down the right end so particles would not move from a high concentration to a low concentration as the fluid below would have a high concentration too from what it gained back at the right end.
The electrolyte with the highest intracellular concentration would probably be considered to be sodium chloride (NaCl), or at least Na^+ cation.
Carbon dioxide
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on the palms of the hands
Cells and intracellular components are not part of the extracellular fluid, as it is found outside of cells within the body. Intracellular fluid would not be considered part of the extracellular fluid.
Extracellular is outside cells and intracellular is inside, so that extracellular fluid would not be inside cells.
If they were found by the Nazis then yes, but if they were not, then they would just get free.
A fluid with a high solute concentration would have a higher osmotic pressure compared to water. This is because the presence of more solute particles in the solution increases the pulling force required to prevent water from moving across a semipermeable membrane, leading to a higher osmotic pressure.
The pH of a solution of Na2S (sodium sulfide) depends on its concentration. When Na2S dissolves in water, it forms hydroxide ions which makes the solution basic. Therefore, the pH of a solution containing Na2S would typically be greater than 7.