Flocculation value for `As_2S_3` sol by HCl is 30 m mole `L^( –1)` . Calcualte mass of `H_2SO_4` required in gram for 250 mL sol.

Flocculation value for As_2S_3 sol by HCl is 30 mmole L^( –1) . Calculate mass of H_2SO_4 required in gram for 250 mL sol.

As_2S_3 sol is a

The flocculation value of HCl for arsenic sulphide sol. is 30 m molL^-1 . If H_2SO_4 is used for the flocculation of arsenic sulphide, the amount, in grams, of H_2SO_4 in 250 ml required for the above purpose is __________ . (molecular mass of H_2SO_4 = 98g//mol)

The flocculation value of HCl for arsenic sulphide sol. is 30 m molL^-1 . If H_2SO_4 is used for the flocculation of arsenic sulphide, the amount, in grams, of H_2SO_4 in 250 ml required for the above purpose is __________ . (molecular mass of H_2SO_4 = 98g//mol)

The volume of 0.1 M H_2SO_4 required to neutralise 30 ml of 2.0 M NaOH is :

The minimum concentration of an electrolyte required to cause coagulation of a sol is called its flocculation value.It is expressed in millimoles per litre.If the flocculation value of MgSO_4 for standard As_2S_3 sol is 3.33. How many milligrams of MgSO_4 is to be added to 20ml standard As_2S_3 sol so that flocculation just state ?

The minimum concentration of an electrolyte required to cause coagulation of a sol is called its flocculation value.It is expressed in millimoles per litre.If the flocculation value of MgSO_4 for standard As_2S_3 sol is 3.33. How many milligrams of MgSO_4 is to be added to 20ml standard As_2S_3 sol so that flocculation just state ?