A mixture is acidic if it has a pH below 7, and basic if it has a pH above 7. You can use pH paper or a pH meter to determine the pH of a mixture. Another way is to use indicators such as litmus paper (red for acids, blue for bases) or phenolphthalein (colorless for acids, pink for bases).
Litmus will allow you to tell if a solution is a acid or a base.
The simplest way is to use litmus paper. The mixture must be a liquid so that the mixture can react with the water and so dissociate into either hydronium or hydroxide ions. If it's a solid, try dissolving it in water. If you have a gas, use damp litmus paper. Red litmus paper is used to test for basic substances, and turns blue in a positive test. Blue litmus paper is used to test for acidic substances, and turns red in a positive test.
acidic
The pH value can tell you whether a solution is acidic or basic. A pH value less than 7 indicates acidity, while a pH value greater than 7 indicates alkalinity. A pH of 7 is considered neutral.
Coffee is acidic.
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Litmus will allow you to tell if a solution is a acid or a base.
If one is acidic, and one is basic.
A pH test will tell you if it is acidic or basic. A pH test checks for the amount of H+ (hydromium) ions in solution. Higher amount of H+ ions means acidic, and higher amount of OH- means more basic.
acidic.
The reason for a pH scale it to tell how basic or acidic a substance, or substance byproduct is.
basic or acidic
The simplest way is to use litmus paper. The mixture must be a liquid so that the mixture can react with the water and so dissociate into either hydronium or hydroxide ions. If it's a solid, try dissolving it in water. If you have a gas, use damp litmus paper. Red litmus paper is used to test for basic substances, and turns blue in a positive test. Blue litmus paper is used to test for acidic substances, and turns red in a positive test.
A mixture of phenolphthalein, methyl orange, and litmus would typically result in a color that depends on the pH of the solution. Phenolphthalein is colorless in acidic solutions and turns pink in basic solutions, while methyl orange is red in acidic conditions and yellow in neutral to basic conditions. Litmus is red in acidic solutions and blue in basic ones. Therefore, the overall color would vary, likely appearing red in acidic environments and transitioning through shades of orange to yellow in neutral to basic conditions, depending on the dominant indicator's pH response.
acidic