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Yes, baking powder reacts with lemon juice. It is similar to baking soda and viniegar. Baing soda is a base, and lemon juice is acidic. When mixed, CO2 is created.
It will be shinny if you leave it in there for 5-10 minutes
The reaction time of an acid in lemon juice depends on various factors such as concentration, temperature, and surface area of the material coming into contact with the lemon juice. Generally, the reaction can start almost immediately upon contact with the acid in the lemon juice.
Cats may lick lemon juice due to curiosity or to explore new scents and tastes. However, it is important to note that some cats may not like the taste of lemon juice and may react negatively to it.
The acidity in lemon juice can react with certain types of flooring materials like marble or limestone, causing a chemical reaction that can lighten or discolor the surface, appearing white. This reaction is due to the citric acid in lemon juice breaking down the minerals in the floor, altering its color.
Red cabbage can turn red when mixed with lemon juice due to a change in pH level. The anthocyanin pigments in red cabbage react to the acidity of lemon juice, causing the cabbage to turn red.
The main component in lemon juice that causes it to react is citric acid. Citric acid is a weak organic acid that can react with other substances, such as baking soda, to produce carbon dioxide gas, which creates fizzing or bubbling. This reaction is commonly used in cooking and cleaning.
You can dye your hair blonde naturally by applying lemon juice to your hair and sitting in the sun. The acidic lemon juice will react with the heat and light from the sun to naturally lighten your hair.
This color change occurs due to a chemical reaction between the ginger's compounds (anthocyanins) and the acidic lemon juice. The anthocyanins in the ginger react with the acid to change color, resulting in the pinkish hue.
When chalk is kept with lemon juice for 3 days, the acidic nature of the lemon juice can react with the calcium carbonate in the chalk. This reaction could potentially dissolve the chalk and cause it to break down or change in appearance.
The Benedict reagent is not for sodium chloride testing.