Dissociation of a salt A_(2)B_(3)(aq) in water follows first order kinetics in terms of concentration of [A_(2)B_(3)] as A_(2)B_(3)(aq)to2A^(+3)(aq)+3B^(2-)(aq). Starting from t=0, solution is taken out at different instant and its osmotic rise is measured. From the given data calculate abcd. ab=t_(3//4) of the dissociation of A_(2)B_(3) in water in minutes. cd= Osmotic pressure in Pascal after 20 min.density of solution is 1 g//mL. {:(,"Given data :",t=0,t=10 min,),(,"osmotic rise",2 mm,6 mm,):}

Dissociation of a salt A_(2)B_(3)(aq) in water follows first order kin

1.	Dissociation of a salt A_(2)B_(3)(aq) in water follows first order kinetics in terms of concentration of [A_(2)B_(3)] as A_(2)B_(3)(aq)to2A^(+3)(aq)+3B^(2-)(aq). Starting from t=0, solution is taken out at different instant and its osmotic rise is measured. From the given data calculate abcd. ab=t_(3//4) of the dissociation of A_(2)B_(3) in water in minutes. cd= Osmotic pressure in Pascal after 20 min.density of solution is 1 g//mL. {:(,"Given data :",t=0,t=10 min,),(,"osmotic rise",2 mm,6 mm,):}
Answer» ANSWER :2080