Want this question answered?
I expect you are asking what happens if carbon dioxide is bubbled through limewater. The limewater will become cloudy.
X is an acid. The acid reacts with Calcium Carbonate producing carbon dioxide. When this is bubbled through limewater, it produces a fine calcium carbonate precipitate giving a milky appearance to the limewater.
This was part of the question! Oops! :) reactions: vigorous fizzing, gas collected, when bubbled through limewater, limewater turned cloudy! Thank you!
Limewater turns milky when CO2 gas is passed through it.
Bubbling through limewater. The gas is present if the limewater turns cloudy :)
the product is Fe2S3+6HCl. i just finished the same worksheet :)
take the gas atach it to the flask with limewater....if carbon dioxide is present then it will turn cloudy...thats the answer for test of carbon dioxide i think the answer your looking for is bromthymol blue
you get HCl and HClO
Hydrogen.
The limewater is filtered so that the undissolved particles of calcium hydroxide do not make the limewater solution cloudy even before it is used to test for carbon dioxide gas. By filtering it, the limewater solution is made clear and colorless, which makes it easier to notice it becoming cloudier when carbon dioxide gas is bubbled through it.
Chlorine gas is bubbled through the water, where it combines with the water to form hypochlorous acid (HOCl) and hydrochloric acid (HCl).
As metal carbonates react with acid, a neutralisation reaction happens. Salt, water, and carbon dioxide are produced. This can be expressed in the following general equation:metal carbonate + acid → salt + water + carbon dioxide To test for carbon dioxide the gas can be bubbled through limewater. Carbon dioxide will dissolve slightly in water to make a weak acid (carbonic acid). Another neutralisation reaction then happens between the limewater (calcium hydroxide) and the carbonic acid. This makes the limewater turn milky, which is the positive result for carbon dioxide.visit : ask-astrologer.blogspot.com for more on this