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Explain this graph.

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What is the relationship between the solubility of lead chromate and the concentration of dissolved potassium chromate ?

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Is the relationship between the solubility of lead chromate and the concentration of dissolved potassium chromate, proportional or reverse ?

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when we add a common ion between the 2 solution the  solubility decrease and precipitate form to remain constant to reach equilibrium

Adding a common ion to a dissociation reaction causes the equilibrium to shift left, toward the reactants, causing precipitation

inverse relationship

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the solubility decreases as you add in the common ion to from a precipitate.

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as we see in the graph shows inverse proportional relationship, also when we add an common ion which is chromate it decreases

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they both have an common ion, the common ion is chromate. the higher the Qsp the more soluble it is

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The concentration of a solution is a measure of the amount of solute that has been dissolved in a given amount of solvent or solution. Solubility is typically a limit to how much solute can dissolve in a given amount of solvent.

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the solubility product describes the equilibrium between a solid and its constituent ions in a solution.

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directly proportional because the graph shows that it decreases then stays constant

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The solubility of PbCrO_4 decreases and the K_2CrO_4 concentration increase, when the solubility decrease concentration of the dissolved potassium chromate increase so it's an inverse relation.

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they have inverse relationship

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the relationship between the solubility is reverse

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The equilibrium between a solid and its component ions in a solution is described by the solubility product.

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They have an inverse relationship, they both have an common ion the common ion is chromate. the higher the Qsp the more soluble it is.