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If Fused Metallic Chloride is Electrolyzed, at Which Electrode Would the Metal Be Obtained? - Chemistry

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प्रश्न

If fused metallic chloride is electrolyzed, at which electrode would the metal be obtained?

एका वाक्यात उत्तर
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उत्तर

Metal would be obtained at cathode.

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पाठ 7: Metallurgy - Exercise 5 [पृष्ठ १८३]

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फ्रँक Chemistry Part 2 [English] Class 10 ICSE
पाठ 7 Metallurgy
Exercise 5 | Q 5.2 | पृष्ठ १८३

संबंधित प्रश्‍न

How is the following metallic oxide reduced? Write the equation:

Zinc oxide


Explain with reason: 

In the electrolytic reduction of alumina, the graphite anode is gradually consumed.


Name a non-metallic element which forms acidic and neutral oxides


With reference to the reduction of copper (II) oxide , iron (II) oxide, lead (II) oxide and magnesium oxide; place the oxides in order of increasing ease of reduction.[i.e. first write the oxide that is most difficult to reduce and at last, the oxide, that is most easily reduced.]


Answer the following question with respect by hydrogen : Identify the components of the electrolyte other than pure alumina and the role played by each.


Complete the following by selecting the correct option from the choices given :
The metal whose oxide, which is amphoteric, is reduced to metal by carbon reduction ________


  1. A to F below relate to the source and extraction of either zinc or aluminium:
  2. Bauxite
  3. Coke
  4. Cryolite
  5. Froth floatation
  6. Sodium hydroxide solution
  7. Zinc blende
  8. Write down the three letters each from the above list which are relevant to
  9. Zinc
  10. Aluminium
  11. Fill in the blanks using the most appropriate words from A to F.
  12. The ore from which aluminium is extracted must first be treated with ………………. so that pure aluminium oxide can be obtained.
  13. Pure aluminium oxide is dissolved in ….. to make a conducting solution.

 iii. Write the formula of cryolite.


Name two metallic oxides which cannot be reduced by carbon, carbon monoxide or hydrogen.


Give the equations for the reduction of copper oxide.


Give the equation for the reduction of Iron (III) oxide.


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