[" cost of electricity for the production of "xLH_(2)" at NTP at "],[" cathode is "Rsx" ,then cost of production of "xLO_(2)" at "NTP" at "],[" anode will be : (assume 1mole of electrons as one unit of "],[" electricity) "]

Cost of electricity for the production of xL H_(2) at NTP at cathode is x, then cost of production of x L O_(2) at NTP at anode will be: (assume 1 mole of electrons as one unit of electricity)

Cost of electricity for the production of x L H_2 at STP at cathode is Rs. x, then cost of electricity for the production of x L O_2 gas at STP at anode will be (assume 1 mol of electrons as one unit electricity) :

Cost of electricity for the production of X litre H_(2) at STP at cathode is Rs. X, then cost of electricity for the production of X litre O_(2) gas at STP at anode will be :(assume 1 "mole" of electrons as one unit of electricity)

Cost of electricity for the production of X litre H_(2) at STP at cathode is Rs. X, then cost of electricity for the production of X litre O_(2) gas at STP at anode will be :(assume 1 "mole" of electrons as one unit of electricity)

For the production of X L H_2 at STP at cathode, cost of electricity is x then cost of production of X L O_2 at STP at anode from water will be

If the production cost of each of product P_(2) is Rs. 430 , then wha is the total production cost of P_(2) ?

The cost of electrical energy in the production of "x L H"_(2) at STP by electrolysis of acidified water , is x rupees . Calculate the cost of electrical energy to produce xL of o^(2) at STP .