mass = moles x Mr
mass = 12 x (1 + 35.5)
mass = 12 x 36.5
mass = 438 grams
add water The above person is a troll.... This works for any volume of start and finish Litersc * Molesc / Litersc = Litersd * Molesd / Litersd where subscript c is concentrated and subscript d is dillute. The easier way to write this is C1V1=C2V2 so if you are going from 12M and want to go to 0.3M then it would be: 12M*V1=.3M*1L V1=.3ML/12M= 0.025L = 25mL
25 mL
Concentrated HCl is hydrochloric acid with a concentration that is close to the maximum amount of this acid that can be dissolved in water. In general, it is considered to be approximately 12M, which is 12 moles of acid per L of solution, however 38-40% acid solution of concentrated HCl do exceed 12M (up to 12.6M). I am not sure of what happens if you try to make a solution of HCl that is more concentrated. In any case, you should always read the label on the bottle and consider the age of the mixture as pure HCl is a gas and will evapourate, which will lower the concentration.
That is a very broad question. Because HCl is a strong acid, it's pH varies based on it's concentration. For example, a 12M solution has a pH of roughly -1.1. pH can in fact go negative when viewed from the standpoint of acid-base equilibrium.
(1000 mL)*0.01n / 12n = 0.83 mL concentrated Hydrochloric acid (12M, 35% HCl) to be added in 1000 mL distilled water.
add water The above person is a troll.... This works for any volume of start and finish Litersc * Molesc / Litersc = Litersd * Molesd / Litersd where subscript c is concentrated and subscript d is dillute. The easier way to write this is C1V1=C2V2 so if you are going from 12M and want to go to 0.3M then it would be: 12M*V1=.3M*1L V1=.3ML/12M= 0.025L = 25mL
438 grams.
a dult fl weigh 12m so 100 of them would be 26lbs
25 mL
Up to $12m
around £12m ;)
Concentrated HCl is hydrochloric acid with a concentration that is close to the maximum amount of this acid that can be dissolved in water. In general, it is considered to be approximately 12M, which is 12 moles of acid per L of solution, however 38-40% acid solution of concentrated HCl do exceed 12M (up to 12.6M). I am not sure of what happens if you try to make a solution of HCl that is more concentrated. In any case, you should always read the label on the bottle and consider the age of the mixture as pure HCl is a gas and will evapourate, which will lower the concentration.
180ft² = 16.72m²
1m = 100cm, therefore 12m = 1200cm. 12m is > 120 cm
That is a very broad question. Because HCl is a strong acid, it's pH varies based on it's concentration. For example, a 12M solution has a pH of roughly -1.1. pH can in fact go negative when viewed from the standpoint of acid-base equilibrium.
150cm - 12m = 138
(1000 mL)*0.01n / 12n = 0.83 mL concentrated Hydrochloric acid (12M, 35% HCl) to be added in 1000 mL distilled water.