The indicators in litmus are extracted from lichens; the color of litmus depends on the pH of the solution.
Litmus paper.
Litmus paper can be used to determine if a solution is acidic or basic
Litmus paper is a commonly used pH indicator. Litmus is a water-soluable mixture of dyes extracted from lichens. When the paper is dipped into an acidic solution, the paper absorbs a proton from the acidic solution, and it creates a new compound inside the paper that absorbs lower energy light (red light). This makes the paper appear red.
The litmus paper is used to evaluate the pH of a solution.
No Litmus paper changes color depending on the acidity or alkalinity of the solution.
lichens
It is a type of a plant ! When it is made it is a stirp of a peice of papper.
Litmus paper.
Litmus paper can be used to determine if a solution is acidic or basic
Litmus paper is a commonly used pH indicator. Litmus is a water-soluable mixture of dyes extracted from lichens. When the paper is dipped into an acidic solution, the paper absorbs a proton from the acidic solution, and it creates a new compound inside the paper that absorbs lower energy light (red light). This makes the paper appear red.
Litmus is a colored powder, obtained from certain lichens, that changes to red in an acid solution, and to blue in an alkaline solution. Litmus is a mixture of various closely related heterocyclic organic compounds. It is used to make litmus paper , which can be used to determine whether a solution is basic or acidic by dipping a strip of the paper into the solution and seeing how the paper changes color.
The litmus paper is used to evaluate the pH of a solution.
Litmus solution is obtained from lichens. It is used to test whether the solution is acidic or basic.
A litmus paper is a indicator that is used to test for acids or bases
No Litmus paper changes color depending on the acidity or alkalinity of the solution.
So you can tell if the solution is an acid or a base
It is litmus, an extract from several different species of lichens, that is used as an indicator between acid and alkaline conditions.