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The solubility of the ink

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1. Solubility

2. The paper (stationary phase) has a certain level of attraction for different substances. Substances that are more attracted to the paper will move more slowly, while those less attracted will travel faster.

3. This suggest that the marker is soluble in water

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height and area of the peak is well correlated to the amount of the compound that the detector picks up.22 Feb 2026

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quack quack

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solubility

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solubility

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solubility

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solubility

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Q1: solubility

Q2: differences in the solubility of the substances being separated

Q3: colorant

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The physical property involved in the separation of substances in paper chromatography is solubility and affinity for the stationary phase.

1. Solubility: Substances in the mixture have different solubilities in the solvent (mobile phase). More soluble substances travel further up the paper because they dissolve more easily in the solvent.

2. Affinity for the Stationary Phase: The paper acts as the stationary phase, and different substances in the mixture have varying degrees of interaction with the paper. Some substances have a stronger attraction (affinity) to the paper, causing them to move more slowly, while others move faster because they have weaker interactions with the stationary phase.

Thus, the combination of solubility in the solvent and affinity for the stationary phase leads to the separation of substances as they move at different rates during the chromatography process.

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solubility

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solubility

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1. solubility

2. the spot that travelled the furthest is the most soluble while the spot that travelled the least is the least soluble

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Solubility

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solubility

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solubility

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solubility

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solubility

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solubility

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solubillity

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solubility

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solubility

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solubility/ability to dissolve in water

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solubility

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1. solubility

2. the subspatances of the marker from least soluble to most sulube by distance travelled

3. mixture

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solubility

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solubility

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idk