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Aqueous copper sulphate solution and aqu...

Aqueous copper sulphate solution and aqueous silver nitrate solution are electrolysed by 1 ampere current for 10 minutes in separate electrolytic cells. Will the mass of copper and silver deposited on the cathode be same of different? Explain your answer.

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To determine whether the mass of copper and silver deposited on the cathode will be the same or different when aqueous copper sulfate (CuSO4) and aqueous silver nitrate (AgNO3) solutions are electrolyzed under the same conditions, we can follow these steps: ### Step 1: Understand the Electrolysis Process When an electric current is passed through an electrolytic solution, cations in the solution migrate towards the cathode (negative electrode) where they gain electrons and get reduced to form solid metal. ### Step 2: Identify the Cations and Their Reduction Reactions - In copper sulfate (CuSO4), the cation is Cu²⁺. The reduction reaction at the cathode is: \[ ...
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(a) The e.m.f. of the following cell at 298 K is 0.1745 V Fe(s) //Fe^(2+) (0.1 M) ////H^(+)(x M)//H_(2)(g) ("1 bar")//Pt (s) Given : E_(Fe^(2+)//Fe)^(0) = - 0.44 V Calculate the H^(+) ions concentration of the solution at the electrode where hydrogen is being produced. (b) Aqueous solution of copper sulphate and silver nitrate are electrolysed by 1 ampere current for 10 minutes in separate electrolytic cells. Will the mass of copper and silver deposited on the cathode be same or different? Explain your answer.

Products of electrolysis depend on the nature of material being electrlysed and the type of electrodes being used. If the electrode is inert (e.g., platinum or gold), it does not participate in the chemical reaction and acts only as source or sink for electrons. On the other hand, if the electrode is reactive, it participates in the electrode reaction. thus, the products of electrolysis may be different for reactive and inert electrodes. Aqueous copper sulphate solution and aqueous silver nitrate solution are electrolysed by 1 ampere current for 10 minutes in separate electrolytic cells. In these question, a statement of assertion followed by a statement of reason. choose the correct answer out of the following choices. Q. Assertion (A): The mass of copper and silver, deposited on the cathode be same. Reason (R): Copper and silver have different equivalent masses.

Products of electrolysis depend on the nature of material being electrlysed and the type of electrodes being used. If the electrode is inert (e.g., platinum or gold), it does not participate in the chemical reaction and acts only as source or sink for electrons. On the other hand, if the electrode is reactive, it participates in the electrode reaction. thus, the products of electrolysis may be different for reactive and inert electrodes. Aqueous copper sulphate solution and aqueous silver nitrate solution are electrolysed by 1 ampere current for 10 minutes in separate electrolytic cells. In these question, a statement of assertion followed by a statement of reason. choose the correct answer out of the following choices. Q. Assertion (A): Copper sulphate cannot be stored in zinc vessel. Reason (R): Zinc is less reactive than copper.

Products of electrolysis depend on the nature of material being electrlysed and the type of electrodes being used. If the electrode is inert (e.g., platinum or gold), it does not participate in the chemical reaction and acts only as source or sink for electrons. On the other hand, if the electrode is reactive, it participates in the electrode reaction. thus, the products of electrolysis may be different for reactive and inert electrodes. Aqueous copper sulphate solution and aqueous silver nitrate solution are electrolysed by 1 ampere current for 10 minutes in separate electrolytic cells. In these question, a statement of assertion followed by a statement of reason. choose the correct answer out of the following choices. Q. Assertion (A): At equilibrium condition E_(cell)=0 or Delta_(r)G=0 . Reason (R): E_(cell) is zero when both electrodes of the cell are of the same metal.

A solution of CuSO_(4) is electrolysed for 10 minutes with a current of 1.7 amperes. What is the mass of copper deposited at the cathode? (Molar mass of Cu= 63.5g/mol).

Copper sulphate solution is electrolysed between two platinum electrodes. A current is passed unit 1.6 g of oxygen is liberated at anode. The amount of copper deposited at the cathode during the same period is:

During the electrolysis process 4 A electric current flows through a copper sulphate solution for 5 minutes. Determine the number of copper atoms deposited at the cathode.

NCERT EXEMPLAR-ELECTROCHEMISTRY-Electrochemistry
  1. Under what condition is E("cell")^(@)=0 or Delta(r)G=0?

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  2. What does the negative sign in the expression E(Zn^(2+)//Zn)^(@)=-0.76...

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  3. Aqueous copper sulphate solution and aqueous silver nitrate solution a...

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  4. Depict the galvanic cell in which the cell reaction is Cu+2Ag^(+)rar...

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  5. Value of standard electrode potential for the oxidation of Cl^(-) ions...

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  6. What is electrode potential?

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  7. Consider the following diagram in which an electrochemical cell is cou...

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  8. Why is alternating current used for measuring resistance of an electro...

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  9. A galvanic cell has electrical potential of 1.1 V . If an opposing pot...

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  10. How will the pH of brine (aq NaCl solution) be affected when it is ele...

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  11. Unlike dry cell, the mercury cell has a constant cell has a constant c...

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  12. Solutions of two electrolytes A and B are diluted. The Lambda(m) of 'B...

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  13. When acidulated water (dil. H(2)SO(4) solution) is electrolysed, with ...

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  14. In an aqueous solution how does specific conductivity of electrolytes ...

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  15. Which reference electrode is used to measure the electrode potnetial o...

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  16. Consider a cell given below. Cu|Cu^(2+)|Cl^(-)|Cl(2).Pt Write the ...

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  17. Write the Nernst equation for the cell reaction in the Daniel cell. H...

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  18. What advantage do the fuel cells have over primary and secondary batte...

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  19. Write the cell reaction of a lead storage battery when it is discharge...

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  20. Why on dilution the Lambda(m) of CH(3)COOH increases drastically, whil...

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