because... allow me to research first hahaha
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When you boil a leaf in ethanol, the ethanol will extract the pigments and other compounds from the leaf. The chlorophyll will dissolve in the ethanol, causing the leaf to lose its green color and appear pale. The ethanol will take on the color of the extracted pigments, turning it into a green solution.
In the ferrox test, benzene would not show any result because benzene is not reactive with the reagents used in the test. The ferrox test is typically used to detect the presence of phenol or compounds with a phenolic group, which can form colored complexes with the reagents. Benzene lacks this functional group and therefore does not participate in the reaction.
The cobalt chloride test paper would turn from blue to pink when exposed to ethanol. This is because ethanol dehydrates the cobalt chloride, causing a change in color.
When ethanol is mixed with fat, the color may become cloudy or opaque, but there would not be a distinct color change as ethanol and fat are both colorless. The appearance may depend on the concentration and types of fat and ethanol being mixed.
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When you boil a leaf in ethanol, the ethanol will extract the pigments and other compounds from the leaf. The chlorophyll will dissolve in the ethanol, causing the leaf to lose its green color and appear pale. The ethanol will take on the color of the extracted pigments, turning it into a green solution.
In the ferrox test, benzene would not show any result because benzene is not reactive with the reagents used in the test. The ferrox test is typically used to detect the presence of phenol or compounds with a phenolic group, which can form colored complexes with the reagents. Benzene lacks this functional group and therefore does not participate in the reaction.
The cobalt chloride test paper would turn from blue to pink when exposed to ethanol. This is because ethanol dehydrates the cobalt chloride, causing a change in color.
When ethanol is mixed with fat, the color may become cloudy or opaque, but there would not be a distinct color change as ethanol and fat are both colorless. The appearance may depend on the concentration and types of fat and ethanol being mixed.
A universal indicator changes to a greenish-blue color when mixed with ethanol.
It is colourless.
The color of potassium permanganate does not disappear when excess ethanol is added because ethanol is unable to fully reduce the permanganate ion (MnO4-) to colorless manganese dioxide (MnO2). Ethanol is a weak reducing agent and is not capable of completely reducing the permanganate ion in this reaction. Additionally, the reaction between potassium permanganate and ethanol is not stoichiometric, meaning that there is an excess of one of the reactants, which can also contribute to the color persisting.
When potassium permanganate reacts with ethanol, it undergoes reduction, resulting in a color change from purple to brown. The purple color of potassium permanganate is due to the permanganate anion (MnO4-) in an alkaline medium, and when it is reduced by ethanol, it forms manganese dioxide (MnO2), which is brown in color.
Sodium chloride will not change color when dissolved in ethanol, water, or chloroform. It will form a clear solution in each solvent because NaCl is a colorless salt that does not have any inherent color.
Ethanol can reach up to 99% purity, which means highest concentration. Pure Ethanol is colorless exactly like water! Any color in ethanol is because of bad distillation or additives!
When you are putting Yoshi into the hoop, (when you pick your character) press up on the control pad. This will change his color.