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It won't have neutralised the acid but it will be weaker because it is less concentrated
The solution gets hot
Mixing of acid with water is highly exothermic. Hence acid is added to water.Also, adding acid to water, if the mixture accidentally splashes you will be less likely to be injured by the dilute acid mix. Adding water to acid, if the mixture accidentally splashed you will be more likely to be injured by the still concentrated acid mix.
poure water on the concentrated acid
10 ml of concentrated HCl added to 90 ml of water.
A diluted acid is a concentrated acid that has been diluted by water so it is not as concentrated. Sometimes the final dilution is expressed as a percentage of the original acid. More often we use molarity. In common lab use the dilute acids are 2M.
Acid on the PH scale is from 1 to 6. water being 7 and anything above seven to 14 being a base. Adding an acid with a ph of 1 with water makes it a 3.5 on the ph scale. How?, The acid's H+ or H3O- became less concentrated when water was added.
Concentrated sulfuric acid strips the hydrogen and oxygen from sugar (sucrose) as water. Carbon is left. C12H22O11 + H2SO4 --> 12C + H2SO4. 11H2O
diluted acid is less concentrated i.e. it is mixed with water and a less harmful(like sulphuric acid.) whereas concentrated acid is in its original form...
Yes. Battery acid is sulfuric acid, and its dissociation in water is HIGHLY exothermic. Adding a small quantity of water to the concentrated acid releases so much heat that the water can reach its boiling point. Think frying bacon, except instead of hot grease spattering (which is bad enough) it's hot concentrated acid. Adding the acid to the water means that only a relatively small amount of acid is being added to a large quantity of water; this helps control the heat production (you should still do it carefully and slowly). "Do dilutions like you oughtta; pour the acid in the watta."
Concentrated hydrochloric acid is generally 36,5 (m/m)% HCl (gas) in water.
a water solution of a strong acid is what?