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(Source: chem.libretexts.org)
In the image, we see that for a "real gas" (indicated by non-ideal solution), Henry's law is applicable for $\ce{\chi} << 1$.
As, $$\ce{p = K_H \cdot \chi}$$ hence the pressure should be low.
Limitations of Henry's law:
The pressure should be low and the temperature should be high i.e the gas should behave like ...
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If you think of Raoult's law as a special case of Henry's law (since in both cases the vapor pressure of a substance is proportional to its mole fraction in solution) then there isn't really a problem.
The case you describe where the solute concentration in solution spans the range $\chi=0-1$ and observes the equation
$$\chi=\frac{p}{K}$$
where $K$ is equal ...
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Equivalent concept is an archaic unit of measurement that was used in chemistry and the biological sciences in the era before researchers knew how to determine the chemical formula for a compound.
An equivalent (symbol: officially equiv; unofficially but often Eq) is the amount of a substance that reacts with (or is equivalent to) an arbitrary amount of ...
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Glass syringes and glass pipettes are high precision and high accuracy tools of an analytical chemist. Like any tool at home, such as a cloth cutting scissor and a plant pruning clipper do the same job of cutting but their applications are different.
As an analytical chemist, I have not seen anyone using microsyringes for standard preparations in volumetric ...
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Rosin acids, or more commonly, resin acids, are more complicated structures that are able to protect an air bubble mechanically. Abietic acid, a common resin acid, looks like a platey structure with more strength than a linear chain like stearate or oleate, two other common soap anions.
In fact, resin acids were, and still are, used very commonly to ...
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This is where your logic fails:
since the concentration of reactants and products remains the same since B is different from A
As soon as you mix two components you change the concentration of both, you effectively dilute all components.
Otherwise your intuition is correct. The gases can often be assumed to act independently. This is true if the solution ...
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