Matct the following : {:("Column-I","Column-II"),((A)"Working concentration cell", (p)H_2+1/2 O_2toH_2O + "electrical energy"),((B)"Spontaneous cell reaction",(q)E_(cell)^@=0),((C )"Non-working Daniel cell",(r)E_(cell) gt 0),((D)"Working fuel cell",(s)"Galvanic cell"),((t)"For working of concentration cell, concentration of cation in anodic compartment should be less than the cathodic compartment"):}

Matct the following : {:("Column-I","Column-II"),((A)"Working concent

1.	Matct the following : {:("Column-I","Column-II"),((A)"Working concentration cell", (p)H_2+1/2 O_2toH_2O + "electrical energy"),((B)"Spontaneous cell reaction",(q)E_(cell)^@=0),((C )"Non-working Daniel cell",(r)E_(cell) gt 0),((D)"Working fuel cell",(s)"Galvanic cell"),((t)"For working of concentration cell, concentration of cation in anodic compartment should be less than the cathodic compartment"):}
Answer» Solution :A: CONC cell : `E_("cell")^@=0, E_("cell")=-0.0591/n "LOG" (["CATION"]_("Anode"))/(["cation"]_("cathode"))` B: spontaneous cell reaction `E_("cell")^@ gt 0` C: DANIELL cell : Galvanic cell D: Fuel cell `H_2+1//2 O_2 to H_2O+`Electrical ENERGY