Recently Active Miscellaneous Questions

The equivalent conductance of cation and anion of a salt are 100 & 50 ohm-1 cm2 eq-1. Find the equivalent conductance of the salt ...

The molar conductance at infinite dilution of Mg2+ and Cl- are 100 & 70 ohm-1 cm2 mol-1 respectively. The molar conductance of solution of MgCl2 at infinite dilution is ...

The increase in molar conductivity of HCl with dilution is due to ...

Which of the following has the highest equivalent conductance? ...

0.01M solution of an electrolyte is placed in a conductivity cell with electrodes 4 cm apart and with cross section area equal to 2 cm2 was found to have resistance of 100 ohm. Find the specific conductance of the solution ...

specific conductance of 0.1M Nitric acid is 0.05 ohm-1cm-1. The molar conductance of the solution is ...

The resistance of 0.1N solution is found to be 3×103 ohms. The equivalent conductance of the solution is (cell constant is 1.5cm-1) ...

Which of the following solution will have highest conductivity? ...

Which of the following solution will have lowest conductivity? ...

With the increase in temperature the electrolytic conduction ...

The flow of current in an electrolyte is due to movement of ...

What weight of copper will be deposited by passing 2 faradays of electricity through a cupric salt? ...

The weight of an ion deposited on an electrode depends ...

If three faradays of electricity is passed through the solutions of AgNO3, CuSO4 & AuCl3, the molar ratio of the cations deposited at the cathodes will be ...

when quantity of electricity passed is one Faraday then the mass of deposited at the electrode is equal to ...

The standard electrode potentials of Zn2+/Zn & Ag+/Ag are -0.77V & 0.80V respectively.The standard potential of the cell is ...

The voltage of a cell whose half cells are given below Mg2++2e-1→Mg(s) ; E=-2.37V Cu2++2e-1→Cu(s) ; E=0.34V ...

Which of the following solution can be safely stored in a copper vessel? ...

Which one of the following is easily reduced? ...

Out of Cu, Ag, Fe & Zn, the metal which can displace all others from their salt solution is ...

Calculate the standard free energy change for the reaction, 2Ag+2H+→H2+2Ag+ E° for Ag++e-→Ag is 0.80V ...

The emf of the cell Mg|Mg2+(0.01M)||Sn2+(0.1M)|Sn at 298 K is (given E°Mg2+,Mg=-2.34V, E°Sn2+,Sn=-0.14V) ...

The emf of a cell is related to the equilibrium constant of the cell reaction as ...

reduction potential of an electrode ...

For the reaction A(s)+2B+(aq)→A2+(aq)+2B(s) Nerst eqn. for the emf of the cell is ...

The electrode potential of a half cell depends upon ...

A cell reaction is given as anode: Zn(s)→Zn2+(aq)+2e- E°=0.76V cathode: Cu2+(aq)+2e-→Cu(s) E°=0.34V Find the standard electrode potential for the cell ...

Which one of the following represents a standard hydrogen electrode? ...

standard electrode potential is the electrode potential at ...

The electrode potential of an electrode is ...