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I noticed that the colors traveled up the paper and spread out into several different hues. For example, green expanded into a broader spectrum of yellows and greens.

If I were to redo this experiment I would use plants that release stronger pigments to make it easier to see, as the brown plant’s pigment was almost (visibly) nonexistent.

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I noticed that the different pigments traveled different lengths up the paper, and the green pigment had a stronger color while the other plants were more faded.
I would want to try this experiment again with another green pigment plant, but a different shade.

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The pigment of each plant was brought out as they traveled up the paper. I wonder what would happen if we used a different type of solution for this experiment.

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The cabbage pigment was barely visible and the color of the radicchio turned brown. If I were to repeat this experiment, I would use leaves from plants grown in light vs dark environments.

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The pigments traveled very high up the paper, and the color of the pigments corresponded with the color of the vegetables. I wonder if the amount of water used will affect the pigments at all.

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I noticed that the different colors on the paper corresponded with the pigments seen on the leaves, and they traveled up the paper different amounts. If I test this again, I'd use different solvents to see if they'd react similarly.

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It was interesting to see the division of color in some leaves and the strong line carried up in other leaves.  I would like to run a more controlled experiment with more types of leaves and pigments.

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The pigments brought out from the greener leaves tended to have way less of the brownish pigments than the purple leaves, which tended to only have the brown pigment or no pigment at all. To repeat this experiment, I would take different leaves from more similarly colored plants, so we can see the minor variations in plants as opposed to taking already very different plants.

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The isopropyl alcohol revealed the hidden pigments, which were different for every sample. The green sample from the spinach  was largely unmoved, while the others were erased and moved up the filter paper. I wonder if a more concentrated or precise way to extract the starting pigments was possible, and if used, would it change the results?

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The pigments were separated into their respective groups as they traveled up the paper. I would want to investigate how the prevalence of the pigments differ between types of leaves.

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The majority of the pigments were carried to the top of the paper, indicating that the pigments were highly soluble in the isopropanol. Some of the pigments did separat, likely based on polarity
In the future I would try using different solvents (such as a nonpolar solvent like hexane) to try to isolate pigments with different polarities/solubilities.

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The leaves all had different colors or pigments when they were put in the solution. What would happen with the color if you used a different type of solution

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The isopropyl alcohol was able to bring out multiple different pigments in each of the leaves. How does the isopropyl alcohol make these colors visible?

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I observed that the isopropyl alcohol revealed that the different plants had different amounts and levels of colors. I would like to do the experiment again with more plants and different concentrations of the alcohol.

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I noticed that all of the pigments except the green from the spinach traveled all the way up the paper. The colors also faded significantly. How would a different solution make the pigments react?

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1. I noticed that there were different hues that show up from the leaf despite the leaf being green
2. I'm thinking that maybe we could do the chromatography test on other plants that have a variety in color.

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The pigments brought out from each plant were unique. I would like to run the experiment again with a greater variety of different plants.

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I observed that all the different leaves of spinach had a different color in them when left to sit in the alcohol.
From here, I could start to figure out what causes the difference in those pigments of the leaves and the substances.

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In the chromatography activity, I noticed both the reddish-brown and the blue pigments traveled up the paper while the green pigment stayed where it was placed, but other colors like yellow and orange traveled away from the green as the solvent moved up the paper. One thing I would test further is if a different solution would change the color or the way a pigment would travel.

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The solvent carried the various pigments up the paper, separating them and making them easier to identify and observe.

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The color variation correlates to the plant pigment brought out by isopropyl alcohol.
How would other solutions expose a different pigmentation of the plant?

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The different pigments that are present in the plants were brought out when they reacted with the isopropyl alcohol. Would a different solution work better to display the pigments?