A 110 watt, 110 volt lamp is connected in series with electrolytic cell containing `CdSO_4` . What mass of cadmium will be deposited by the current flowing for 10 hour ? (Atomic mass of Cd = 112.4)

A 100 watt, 110 volt incandescent lamp is connected in series with an electrolytic cell containing CdSO4 solution. What weight of Cd will be deposited by current flowing for 10 hr.? At.wt. of Cd = 112.4

A 100 watt, 110 volt incandescent lamp is connected in series with an electrolytic cell containing cadmium sulphate solution. What mass of cadmium will be deposited vy the current flowing for 10 hours ?

A 100 W and 110 V incandescent lamp is connected in series with an electrolytic cell containing CdSO_(4) solution. What mass of cadmium will be deposited at the cathode after 4 hours of electrolysis ? [Atomic mass of Cd=112.2]

A 110- watt 100- volt incandescent lamp is connectfedin series with an electrolytic cell containing cadmium sulphate solution. The mass of cadmium deposited by the current flowing for 1 hour (at mass of Cd = 112 ) is

A 110- watt 100- volt incandescent lamp is connectfedin series with an electrolytic cell containing cadmium sulphate solution. The mass of cadmium deposited by the current flowing for 1 hour (at mass of Cd = 112 ) is

A 100 W - 100 V incandescent lamp is connected in a series with an electrolytic cell containing cadmium sulphate solution. What mass of cadmium will be deposited at the electrode by a current flowing for 10 h ? ("Molar mass of Cd "= "112.4 g.mol"^(-1))

A 100-W,100-V incardescent lamp is connected in series with an electrolyte cell containing cadmium sulphate solution. How much cadmium will be deposited by the current flowing for 10h ?

A 100W and 110V incandescent lamp is connected in series with an electrolytic cell containing CdSO_4 solution. What mass of cadmium will be deposited at the cathode after 4hrs of electricity.