100 mL of a buffer of 1 M `NH_p(3)(aq)` and `1M NH_(4)^(+) (aq)` are placed in two compartments of a voltaic cell separately. A current of 1.5 A is passed through both cell for 20 min. If electrolysis of water only takes place, then pH of the :

100 mL of a buffer of 1 M NH_(3)(aq) and 1M NH_(4)^(+) (aq) are placed in two compartments of a voltaic cell separately. A current of 1.5 A is passed through both cell for 20 min. If electrolysis of water only takes place, then pH of the :

100mL of buffer of 1 M NH_(3)(aq) and 1 M NH_(4)^(o+)(aq) are placed in two compartments of a voltaic cell separately. A current of 1.5A is passed through both cells for 20 m i n . If only electrolysis of water takes place, then

100mL of buffer of 1 M NH_(3)(aq) and 1 M NH_(4)^(o+)(aq) are placed in two compartments of a voltaic cell separately. A current of 1.5A is passed through both cells for 20 m i n . If only electrolysis of water takes place, then (a) ph of LHE half cell will increase (b) pH of RHE half cell will increase (c) pH of both half cell will increase (d) pH of both half cell will decrease

50 ML of a buffer of 1 M NH_(3) and 1 M NH_(4)^(+) are placed in two volatic cells separately A current of 3.0 amp is passed throught both cells for 10 min If elctrolusis of water takes place as 2H_(2)O+O_(25)+4e^(-)rarr4OH^(-)(R.H.S) 2H_(2)Orarr4H^(+)+O_(2)+4e^(-) (L.H.S) Then pH of the

50 ML of a buffer of 1 M NH_(3) and 1 M NH_(4)^(+) are placed in two volatic cells separately A current of 3.0 amp is passed throught both cells for 10 min If elctrolusis of water takes place as 2H_(2)O+O_(25)+4e^(-)rarr4OH^(-)(R.H.S) 2H_(2)Orarr4H^(+)+O_(2)+4e^(-) (L.H.S) Then pHm of the

The pH of a buffer solution of 0.1 M NH_(4)OH [ pK_(a)=4.0] and 0.1 M NH_(4)Cl is