The (N) stands for Normal. 1 Normal is 28 ml of concentrated sulfuric acid added to deionized water for a final volume of 1 Liter (L). 18 N is roughly a 50 percent concentration sulfuric acid.
6 normal, which for sulfuric acid is 3 molar.
Since the ratio of 18:6 is 3:1, to dilute 18M sulfuric acid to 6M, one would use 2 parts water and 1 part acid, a total of 3 parts.
About 36 N, 36 mole H+/L. (It contains 18 mole/L H2SO4)
600ml.
To find the molarity, we can set up the following factor labeling problem. Note that a specific gravity of 1.84 can be treated as a density of 1.84 g/ml. The molar mass of sulfuric acid (H2SO4) is 98.079 g /molM(mol/l)= (1.84 g/ 1 ml)(1000 ml/1 l)(1 mol/98.079 g)(.96 purity)= 18 mol/l= 18 MThe molarity is 18 mol/l. The pH of this solution would be -1.26...VERY ACIDIC.
To prepare 1M sulphuric acid from concentrated sulphuric acid:First consider the molecular weight of H2SO4 = 98 g/mol, so you have to add 98g of conc. acid and make up to 1 liter of water (as pointed out at the 4thpoint).Considering that acid is a liquid, you should also consider density: where density = mass/volume, which is said on the bottle to be (about) 1.84 g/mL,so then you have: volume = 98g / 1.84(g/mL) = 53.2 mLNow you have to consider the acid purity, usually 98% then you have to do this: 53.2 mL if the acid were 100% pure convert in mL given with the purity of 98%, so 100% x 53.2 mL / 98% = 54.3 mL of (98%) concentrated acid.Finally CAREFULLY add this 54.3 mL (or 98 g, cf. first point) to about 0.9 L dist. water while continuously stirring (evolving heat!), and after that fill it up to 1.00 L with also dist. water. Never reverse this: DO NOT add water to concentrated fluids!
The molecular maass of sulfuric acid (98,08) is greater than the molecular mass of water (18).
Since the ratio of 18:6 is 3:1, to dilute 18M sulfuric acid to 6M, one would use 2 parts water and 1 part acid, a total of 3 parts.
18 400 000 moles. it is also 1 million times stronger than sulfuric acid
About 36 N, 36 mole H+/L. (It contains 18 mole/L H2SO4)
600ml.
To find the molarity, we can set up the following factor labeling problem. Note that a specific gravity of 1.84 can be treated as a density of 1.84 g/ml. The molar mass of sulfuric acid (H2SO4) is 98.079 g /molM(mol/l)= (1.84 g/ 1 ml)(1000 ml/1 l)(1 mol/98.079 g)(.96 purity)= 18 mol/l= 18 MThe molarity is 18 mol/l. The pH of this solution would be -1.26...VERY ACIDIC.
Yes, if the concentration of hydrogen ions is above 1 M, then pH will be negative. An example is Sulfuric acid, which can get a proton concentration up to 18 M which would be a pH of -1.3.
18% of 330 = 59.4 So there are 59.3ml of pure acid in 330ml of 18% acid solution.
To prepare 1M sulphuric acid from concentrated sulphuric acid:First consider the molecular weight of H2SO4 = 98 g/mol, so you have to add 98g of conc. acid and make up to 1 liter of water (as pointed out at the 4thpoint).Considering that acid is a liquid, you should also consider density: where density = mass/volume, which is said on the bottle to be (about) 1.84 g/mL,so then you have: volume = 98g / 1.84(g/mL) = 53.2 mLNow you have to consider the acid purity, usually 98% then you have to do this: 53.2 mL if the acid were 100% pure convert in mL given with the purity of 98%, so 100% x 53.2 mL / 98% = 54.3 mL of (98%) concentrated acid.Finally CAREFULLY add this 54.3 mL (or 98 g, cf. first point) to about 0.9 L dist. water while continuously stirring (evolving heat!), and after that fill it up to 1.00 L with also dist. water. Never reverse this: DO NOT add water to concentrated fluids!
a/c to balanced equation .... 1 mole H2SO4 produces 2 mole H2O98 g H2SO4 produces 2 x 18 g H2O50 g H2SO4 produces 2 x 18 x 50 / 98 g H2O50 g H2SO4 produces 18.37 g H2O
It depends on what yo start with. If you start with concentrated sulfuric acid, it is usually about 18 M or 36 N. So, you would dilute it approximately 1:36 or 1 ml diluted up to 36 mls or any multiple of that. To get the exact dilution, you need to know the exact molarity. If you have some other molarity acid, then the calculations would vary accordingly.
Trent Acid died on June 18, 2010 at the age of 29.