it means it is neither an alkene or an alkyne since potassium permanganate fades to pink or brown when it reacts to those hydrocarbons.
Blue litmus paper stays blue in a neutral solution. It turns red only when in an acidic solution. Similarly, red litmus paper would stay red in a neutral solution and turn blue in an alkaline solution. Added: acidic: pH below 5.5 it turns (stays) red alkaline: pH above 8.0 it turns (stays) blue neutral, in between 5.5 and 8.0: its color is purple, between 'red and blue' or 'blue and red' A much better indicator paper is universal indicator paper. It is yellow and can tell you the exact pH of the solution it is dipped in, going yellow to red in acidic conditions, blue to purple in alkaline conditions and green in neutral conditions. The exact colour depends on the pH.
It depends on the original pH of both solutions.
The PH paper soaks up the solution & tests the liquid, the pH paper will then change colour to show what the solution contains. Although if the paper stays the same colour it means the solution is nutral & safe.
The first litmus papers were white. Now we got in red and blue. They are more reliable. In blue litmus, an alkali solution stays blue. If it turns red, that means you have an acidic solution.
Vinegar and salt solution, the acetic acid from the vinegar dissolves the copper oxide. The copper from the copper oxide stays in the liquid
The sugar solution is neutral.
A water solution of potassium permanganate is formed.
it stays the same
Its like a dark purple tornado, accept it stays in one spot.
Blue litmus paper stays blue in a neutral solution. It turns red only when in an acidic solution. Similarly, red litmus paper would stay red in a neutral solution and turn blue in an alkaline solution. Added: acidic: pH below 5.5 it turns (stays) red alkaline: pH above 8.0 it turns (stays) blue neutral, in between 5.5 and 8.0: its color is purple, between 'red and blue' or 'blue and red' A much better indicator paper is universal indicator paper. It is yellow and can tell you the exact pH of the solution it is dipped in, going yellow to red in acidic conditions, blue to purple in alkaline conditions and green in neutral conditions. The exact colour depends on the pH.
It depends on the original pH of both solutions.
I think it stays the same. I'm trying to figure this out as well. My friend told be it stays the same.
crystalization but not 100% sure
It stays blue.
In a mixture, the solute is not completely dissolved by the solvent and so stays detectable (a heterogeneous mixture). In a solution, the solute is completely dissolved and cannot be distinguished from the solvent (a homogeneous solution)
If you want to make a purple indicator, just cut up some purple cabbage and cook it in boiling water for about 5-10 minutes or until it turns purple. When you place another substance in it it will turn pink if it is acidic, and if if turns a green it is a base...... if it stays purple the substance is neutral.
If the solution only consists of dissolved salt and water, the answer is simple, just use evaportation, water goes, salt stays.