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The lollipop is yellow, which dissolves into the substance. This yellow coloring that dissolves allows the color to change from pink to purple, to blueish, to yellow.

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The mixture of the two solutions reacts with the sugar in the candy and undergoes different phases of oxidation, hence the color changes.

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I think the sugar of the dum dum was breaking apart either the sodium or the potassium which made it change colors.

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The mix of Sodium Hydroxide and Potassium Permangamate, when stirred with a dum dum, turned from the original state of a pinkish purple, to a darker purple, to a dark grey, to a green, to the final state of being yellow. The color change is most likely due to the energy being lost and gained as electrons are lost or gained when the solution reacts with the dum dum.

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The dum dum may be absorbing some of the color or the ingredients in the dum dum could react a certain way with the chemical which changes the color of it. 

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The dum dum may be absorbing some of the color or the ingredients in the dum dum could react a certain way with the chemical which changes the color of it. 

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As the dumb-dumb stirs the liquid it probably adds some chemical that when stirred changes the color of the liquid but does not dissolve the dumb-dumb but continues to change the color until reaching yellow

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In the video I believe that the color was changing due to whatever substance was in the beaker, reacting with the sugar molecules from the Dum Dum

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When the dum dum was being mixed around in the solution, the sugars and colors of the lollipop reacted with the solution which caused the color to keep changing.

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Once the DumDum was put into the liquid, the two began to react with each other which created a changing color pallet as time went on. First changing from purple to black, then from black to blue, then from blue to yellow. The chemicals on the surface of the DumDum reacted with those in the liquid producing this reaction. The more the person stirred, the more the colors changed and the further from the original color, purple, the liquid became. It became, in the end, much closer to the original color of the DumDum, being a light yellow.

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The color from the lollipop is dissolving into the liquid, causing the color to progressively change without adding anything else to the beaker. The color goes from purple to green to yellow. The lollipop created a reaction in which it's color interacted with the substance in the beaker.

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Probably has do to something with the lollipop and the two substances combines in the beaker. I am not sure.

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The liquid, which may be a combination of sodium hydroxide and potassium permanganate, turned from magenta to grey to blue to green to yellow as it was stirred with a Dum-Dum lollipop, while nothing else was added to the mixture. After all of this, the lollipop appears the same. Color changes indicate a chemical change, so it may be that the liquid reacted with the sugar in the lollipop, causing it to chemically change. As we are learning about redox reactions, the components in the liquids may have lost or gained electrons.

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I have seen that the colors are changing from pink to dark purple, then from green to dirty yellow. I think that when the dum dum started mixing the two substances, the dum dum itself created a reaction that made the colors change.

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The sugar and color from the lollipop mixed and reacted with the elements already in the liquid mixture, causing it to change color frequently.

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The Color of the solution in the beaker started out as purple, as they continued to mix with the yellow dum dum it changed to pink and then blue, green, and yellow. The color of the Dum-Dum remained the same. This is due to the chemicals from the dum dum reacting to the chemicals in the solution.

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The solution has changed color multiple times as it is continually mixed with the dum dum. It has changed from cooler colors like blue and purple to warmer colors such as yellow. This could be due to the chemical reaction the chemicals in the dum dum have with the chemicals in the solution that it was stirred in. This chemical difference could be due to different oxidation levels.

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The solution mixed with the sugar within the candy itself causing a change in color due to a reaction.

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I believe that the dye from the lollipop is disintegrating into the substance, changing the appearance of the liquid it is being submerged in and the lollipop itself.

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The sucker added to the pink mixture caused a chemical change in the color of the liquid. The liquid broke down the sugar in the sucker causing it to change into various colors.

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The solution in the beaker changed from purple to green to yellow. Nothing else happened to the dum-dum. Given what we took notes on, it is probably a redox reactrion. Electrons were probably transfering between the dum-dum and the solution. Because permanganate is a negative ion, it has to lose electrons, involving an increase in charge, so the permanganate would be reducing agent. One of the chemicals in the dum-dum must be the oxidizing agent.

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In the beaker ther is sodium hydroxide and potassium permanganate solutions and the original color of that is a hot pink. Then a dum dum is taken and swirled in the solution turning it into about 4 different colors purple, blue, green, and yellow. Maybe this reaction is due to the general make up of the dumdum being sugar.

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Because the color is moving from one side of the spectrum to the other, I imagine the reaction is meant to go from purple to yellow, orange, or red, but it's happening rather slowly. The dum dum is most likely contributing sugar to the mix, the only other thing it would likely contribute is food dye, but considering it doesn't change color, that's unlikely. Most likely, the sugar was reacting with the sodium and potassium to slowly cause a color change to the solution in the beaker.

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The sugars from the dum dum react with the sodium hydroxide and potassium to create a chemical reaction and change the color from pink to purple to green to yellow.