Want this question answered?
Lime water is a clear and colourless liquid, but when exposed to Carbon Dioxide, lime water turns into a milky solution.
Benedict's solution, I believe.
It turns from a clear, colourless substance to a cloudy, whitish precipitate
co2 its true
Sulfur dioxide gas turns acidifiedpotassium dichromate(VI) solution from orange to green.Chromium is reducedfrom (VI) to (III). potassium sulfur sulfuric chromium(III) potassiumdichromate(VI) + dioxide + acid sulfate + sulfate + water.
All acidic solutions are colourless in phenolphthalein, pink in methyl orange solution and turns blue litmus paper into red.
The ethene doesnt change from orange to colourless as ethene is already colourless but the bromine water turns from orange to colourless.
it decolourizes it (turns from orange brown to colourless)
Orange. It turns colourless in acids and pink in alkaline.
Orange. It turns colourless in acids and pink in alkaline.
It will turn colorless because bromine is an unsaturated compound and unsaturated compound have double bonds
its react with bromine water or idone and turns the solution colourless. not clear colourless...more scientific..haha
H2 is formed which is a colourless gas but you can see bubbles. Br2 is also produced which is a dark orange/brown and turns the solution to this colour.
Starch solution.
when starch indicator is added, the solution turns from dark blue-black to colourless.
The bromine water turns from orange to colourless, as it is breaking the double bonds. When the oil becomes saturated, any more bromine water that is added will not turn colourless.
It's colourless. When it absorbs oxygen from the air, it turns purple. It can be used in this way to calculate the amount of oxygen in air. colourless → + oxygen → purple (just an example, not a proper format)