Concentrated `HNO_(3)` is 69% by mass of nitric acid. Calculate the volume of the solution which contains `23 g` of `HNO_(3)`. (Density of concentrated `HNO_(3)` solution is `1.41 g ml^(-1))`

Concentrated nitric acid used as a laboratory reagent is usually 69% by mass of nitric acid. Calculate the volume of the solution which contained 23 g of HNO_3 .Density of cone. HNO_3 solution is 1.41 g cm^(-3) ?

Concentrated HNO_3 used in the laboratory is usually 69% by masds of HNO_3 . Calculate the volume of the solution which contains 23 g of HNO_3 . The density of concentrated HNO_3 is 1.41 gcm^-3 .

Calculate the numbe of oxygen atoms present in 120g of nitric acid (HNO_(3))

Calculate the mole fraction, molality and molarity of HNO_(3) solution contaning 12.2% HNO_(3) .Given density of HNO_(3) = 1.038 g cm^(-3)

Aluminium is not dissolved in concentrated HNO_3 solution. Why?

Calculate the molar mass of Nitric acid , HNO_(3)

Consider a solution containing 6.3 g of pure nitric acid per litre. Calculate the pOH of this solution. (Molecular mass of HNO_3 = 63 )