Assuming `100%` ionisation, the solution having highest normality is:

A complex is written as M(en)_(y)Br . Its 0.05 molar solution shows 2.46 atm osmotic pressure at 27^(@)C . Assuming 100% ionisation and coordination number of metal (III) is six, complex may be

A complex is written as M(en)_(y)Br . Its 0.05 molar solution shows 2.46 atm osmotic pressure at 27^(@)C . Assuming 100% ionisation and coordination number of metal (III) is six, complex may be

1 mol each of the following solutes are taken in 5 mol water, (a) NaCl (b) K_(2)SO_(4) ( C) Na(3)PO_(4) (d) glucose Assuming 100% ionisation of the electrolyte ,relative decrease in vapour pressure will be in order

Assuming 100% ionization in case of strong electrolytes which of the following will have minimum pH

A complex is represented as CoCl_(3).xNH_(3) . Its 0.1 molal solution in water shows Delta T_(f)=0.558k. K_(f) for H_(2)O is 1.86K//"mol" . Assuming 100% ionisation of complex and coordination number of Co in six . The formula of complex is

Solubility of Ca(OH)_2 in water is 1.5 kgm^(-3) at 25^@ C. Assuming 100% dissociation, calculate the pH of saturated solutions.