If litmus paper is dipped in baking soda, it will turn blue. This is because baking soda is basic in nature and will cause the litmus paper to change color from red (indicating acidity) to blue (indicating basicity).
The litmus paper will turn blue if dipped in lime water, indicating that the lime water is basic. Lime water is a solution of calcium hydroxide, which is a strong base that can turn litmus paper blue.
Litmus paper will turn blue when it comes into contact with a substance that is basic, such as baking soda.
Red litmus paper will turn blue in the presence of baking soda, which indicates that the solution is basic.
Baking soda is a basic compound, so it would turn blue litmus paper red as it causes the paper to change color in the presence of a base.
Blue litmus paper will turn red when it comes into contact with an acidic substance like baking soda, indicating that the solution is acidic.
The litmus paper will turn blue if dipped in lime water, indicating that the lime water is basic. Lime water is a solution of calcium hydroxide, which is a strong base that can turn litmus paper blue.
baking soda is a base or alkali so when it comes in contact with a litmus paper or solution, the litmus turns blue
Litmus paper turns blue in the presence of a base like baking soda.
Litmus paper will turn blue when it comes into contact with a substance that is basic, such as baking soda.
When a blue litmus paper are put in a solution of baking soda and the conditions are under the basic ph level, it will turn into red. And if a red litmus paper is put under acidic conditions, it will turn into blue.
Red litmus paper will turn blue in the presence of baking soda, which indicates that the solution is basic.
I think you meant baking soda. Baking soda is basic, so red litmus paper will turn blue.
Baking soda is a basic compound, so it would turn blue litmus paper red as it causes the paper to change color in the presence of a base.
To a blue color.
The colour is not changed.
litmus paper nutral
Blue litmus paper will turn red when it comes into contact with an acidic substance like baking soda, indicating that the solution is acidic.