because if you add water to a acid it dilutes it so for example we have to dilute juice or it will make us ill so it will be easier to deal with
why does adding water to an acid make it eaiser to deal with
Adding acid to water is safer than adding water to acid because when water is added to acid, the acid can react violently and splatter, potentially causing harm. By adding acid to water slowly, the reaction is more controlled and less likely to cause dangerous splattering.
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.
Adding water to acid can cause a violent reaction, splashing the acid out of the container. Adding acid to water, on the other hand, allows for better control of the reaction, reducing the risk of splashing and potential harm.
No, adding water to an acid solution does not change the number of moles of acid present. The amount of acid molecules remains constant, but the concentration of the acid will decrease as the volume increases.
Adding sulfuric acid to water is the recommended way of working to avoid accidents.
The dissociation of acid in water releases large amounts of energy in the form of heat. Because this energy cannot disperse easily through acid, it makes the material around it boil; this is a serious danger that can be avoided quite simply by adding acid to water, where the energy required to boil the solution is a lot higher and the heat can disperse more rapidly.
It is important to add acid to water instead of the other way around because adding water to acid can cause a violent reaction, leading to splashing and potential burns. Adding acid to water allows for better control and minimizes the risk of accidents.
it makes acid water.
Adding water to the affected area dilutes or washes off the acid.
Adding an acid to an alkali produces a salt and water through a neutralization reaction. The H+ ions from the acid react with the OH- ions from the alkali to form water, while the anion from the acid combines with the cation from the alkali to form a salt.
Lead acid batteries use a weak solution of sulfuric acid in water as an electrolyte. Some of the water evaporates if it is not a sealed battery, causing the electrolyte to become more acidic than normal. Adding water to the correct water level makes up for the evaporation and restores the battery acid solution to its proper strength.