The normality is 10,8.
(1000 mL)*0.01n / 12n = 0.83 mL concentrated Hydrochloric acid (12M, 35% HCl) to be added in 1000 mL distilled water.
10.82
Prepare HCl 1 M by HCl concentration 37 % HCl concentration 37 % have density =1.19 g/ml HCl 1 M use HCl 37 % 82.81 ml make volume with water to 1 liter
7.3gm
The normality is 10,8.
(1000 mL)*0.01n / 12n = 0.83 mL concentrated Hydrochloric acid (12M, 35% HCl) to be added in 1000 mL distilled water.
10.82
Prepare HCl 1 M by HCl concentration 37 % HCl concentration 37 % have density =1.19 g/ml HCl 1 M use HCl 37 % 82.81 ml make volume with water to 1 liter
7.3gm
For solutions where there is only one hydrogen atom per molecule (HCl) N is the same as molarity (M). It differs only when there is more than one hydrogen atom per molecule.
You drop conc. HCl into conc. H2SO4 - this releases HCl gas which you can bubble through dry ether... Or, you use an HCl cylinder.
100 M HCl don't exist.
To prepare 0.1M methanolic HCl: 8ml water in 1000ml vol. flask. slowly add 8.6ml HCl. vol. make upto mark with methanol.
4-12n=-7 -12n=-7-4 -12n=-11 12n=11 n=11/12 n=0.916666666666666666...
1.21 g Tris-HCl, QS water to 1L. Scale appropriately.
6g Tris HCl + 100ml dH2O, pH 6.8