HCl (hydrochloric acid) is an acid so it will turn litmus paper red. and alkali will go from red litmus to blue.
No: Hydrogen chloride gas, when dry, is notan acid. Without water it can not donate protons to litmus, so this will not change color.yes because HCL is a very very very strong acid and will turn blue litmus paper red
yes, as it is an acid . any acid turns blue litmus paper red .
There is no change, blue litmus stays blue and red litmus stays red.
Dip blue litmus paper into the acid evolved,when it turns red,it indicates that it is HCl
HCl (hydrochloric acid) is an acid so it will turn litmus paper red. and alkali will go from red litmus to blue.
HCl (hydrochloric acid) is an acid so it will turn litmus paper red. and alkali will go from red litmus to blue.
No: Hydrogen chloride gas, when dry, is notan acid. Without water it can not donate protons to litmus, so this will not change color.yes because HCL is a very very very strong acid and will turn blue litmus paper red
yes, as it is an acid . any acid turns blue litmus paper red .
There is no change, blue litmus stays blue and red litmus stays red.
The blue litmus paper will turn red. because the NH4Cl will form HCL (a strong acid) and NH3 (a weak base).
Hydrogen chloride, HCl gas, making hydrochloric ACID with wet litmus paper.Wet litmus paper can be used to test water-soluble gases; the gas dissolves in the water and the resulting solution colors the litmus paper. For instance, ammonia gas, NH3 which is alkaline, colors the litmus paper blue. Acidicgases turn it red.
Dip blue litmus paper into the acid evolved,when it turns red,it indicates that it is HCl
AS HCL DONATE ELECTRON IT HAS NO EFFECT ON DRY LITMUS PAPERType your answer here...
If test chlorine with a moist blue litmus paper, Turn from blue à red à colourless It is because chlorine reacts with water (moisture on paper) to from HOCl (hypochlorite acid) which is a bleaching agent, turning the dye to colourless Cl2 (aq) + H2O (l) à Hcl (aq) + HOCl (aq) and HOCl à HCl + [O]
All salts are considered basic, and as such, when dissolved in water and subsequently tested with litmus paper, should turn a bluish color. The tint of the blue color should be recognizable, although would look pale when compared to stronger basic compounds (ammonia, baking soda dissolved in water, sodium hydroxide, etc.)
Litmus paper tests the acidity or baseness of liquids.