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Give balanced equations for Dehydratio...

Give balanced equations for
Dehydration of concentrated sulphuric acid with sugar crystals.

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To write the balanced chemical equation for the dehydration of sugar crystals (sucrose) using concentrated sulfuric acid, we can follow these steps: ### Step 1: Identify the Reactants The reactants in this reaction are: - Sugar (sucrose), which has the chemical formula C₁₂H₂₂O₁₁. - Concentrated sulfuric acid, which has the chemical formula H₂SO₄. ### Step 2: Write the Unbalanced Equation ...
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ICSE-CHEMISTRY-2013-SECTION-II (40 Marks)
  1. Give balanced equations for Reduction of hot copper (II) oxide to c...

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  2. Give balanced equations for Oxidation of carbon with concentrated ni...

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  3. Give balanced equations for Dehydration of concentrated sulphuric ac...

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  4. Copy and complete the following table relating to important industrial...

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  5. The following questions relate to the extraction of aluminium by elect...

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  6. The following questions relate to the extraction of aluminium by elect...

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  7. The following questions relate to the extraction of aluminium by elect...

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  8. Give balanced chemical equation for the preparation of the following o...

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  9. Give balanced equations for the laboratory preparations of butene from...

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  10. Give balanced equations for the laboratory preparations of the organi...

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  11. Give balanced equations for the laboratory preparations of. i] A satu...

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  12. Give the structural formula of each of the isomer of butane

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  13. Give the structural formulae for the following An isomer of n-butane...

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  14. Draw the structural formula for the diethyl ether

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  15. Give reasons for Methane does not undergo addition reactions, but et...

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  16. Give reasons for the following : (i) Methane does not undergo addit...

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  17. Give reasons why? Hydrocarbons are excellent fuels.

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  18. O(2) is evolved by heating KClO(3) using MnO(2) as a catalyst 2KClO(...

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  19. O(2) is evolved by heating KClO(3) using MnO(2) as a catalyst 2KClO(...

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  20. O(2) is evolved by heating KClO(3) using MnO(2) as a catalyst 2KClO(...

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