1. give it to someone who knows what they r doing 2. send it to a scientist 3. Leave it and wait for u to tell me.
The solution is colourless.
Colourless, icepose.
pH indicators change their color according to the pH of a solution.
It will turn purple
Arrhenius's theory was limited by the fact that hydrochloric acid is neutralised by both sodium hydroxide solution and ammonia solution. In both cases, you get a colourless solution which you can crystallise to get a white salt - either sodium chloride or ammonium chloride.
The solution is colourless.
its colourless
hey
Sulphuric Acid is colourless. Water is colourless. When dissolved together, the solution remains colourless.
Pure magnesium sulfide (MgS) is a white crystalline solid at room temperature.
There are a variety of indicators used to determine change in pH. Different indicators change during certain ranges of pH. For example, phenolphthalein turns from clear to pink in a basic solution (approximately 7.8 to 9). There are universal indicators that cover the whole pH scale.
Colourless, icepose.
Chemical indicators measure the pH directly Chemical indicators are highly expensive They must be chosen for a specific pH range Chemical indicators cannot determine the exact value of pH of the solution
if something is and indicator, then it will be able to proove to you wether a substance is acid or alkali. here are some common lab indicators used to determine the Ph value of some substances. remember, pH 1-6 is acid ph7 is neutral and pH 8-14 is alkali -Litmus paper is red in a neutral solution, red in an acid and blue in an alkaline solution -Universal indicator is is green in a neutral solution, red, orange or yellow in an acid and blue or violet in an alkali -Phenolpthalein is colourless in a neutral solution, colourless in an acid and pink inn an alkal -Screened methyl orange is orange in a neutral solution, red for pH below 3.6, orange for pH above 3.6 and yellow in an alkaline solution
These indicators change the color depending on the pH of the solution.
pH indicators change their color according to the pH of a solution.
For an acid, the solution remains colourless or unchanged. For an alkali, it would turn fuschia.