(C) In a $Daniel$ cell,the copper electrode acts as the cathode. \\ During the operation of the cell,cations in the electrolyte move toward the cathod

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Cations move toward copper electrode which is cathode.

(C) In a $Daniel$ cell,the copper electrode acts as the cathode. \\ During the operation of the cell,cations in the electrolyte move toward the cathode (copper electrode) to maintain electrical neutrality,where reduction takes place. \\ Therefore,statement $(c)$ is correct.

Class 12 Chemistry Electrochemistry Electrochemical cells

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Which of the following statements is true for the electrochemical $Daniel$ cell?

AIIMS 2004 All AIIMS

A
Electrons flow from copper electrode to zinc electrode.
B
Current flows from zinc electrode to copper electrode.
C
Cations move toward copper electrode which is cathode.
D
Cations move toward zinc electrode.

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MediumTS EAMCET 2016

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MediumAIIMS 2018

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Which of the following statements is true for the electrochemical $Daniel$ cell?

Similar Questions

Explain the different conditions when an external potential is applied in the opposite direction in a galvanic cell (Voltaic cell) by taking a suitable cell example.

Which one of the following is the correct plot of $\Lambda_m$ (in $S \ cm^2 \ mol^{-1}$) and $\sqrt{C}$ (in $mol^{1/2} \ L^{-1/2}$) for a $KCl$ solution? ($y=\Lambda_m$; $x=\sqrt{C}$)

Consider the Galvanic cell $Zn|ZnSO_4||CuSO_4|Cu$. The reaction at the cathode is

For a $Ag-Zn$ button cell,the net reaction is $Zn_{(s)} + Ag_{2}O_{(s)} \rightarrow ZnO_{(s)} + 2Ag_{(s)}$. Given $\Delta G_{f}^{o}(Ag_{2}O) = -11.21 \ kJ \ mol^{-1}$ and $\Delta G_{f}^{o}(ZnO) = -318.3 \ kJ \ mol^{-1}$,the $E^{o}_{cell}$ of the button cell is ......... $V$.

Compound $A$ used as a strong oxidizing agent is amphoteric in nature. It is the part of lead storage batteries. Compound $A$ is

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