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The weight of MnO(2) and the volume of H...

The weight of `MnO_(2)` and the volume of HCl of specific gravity 1.2 g `mL^(-1)` and `4%` nature by weight, needed to produce 1.78 L of `Cl_(2)` at STP. The reaction involved is:
`MnO_(2)+4"HCl"toMnCl_(2)+2H_(2)O+Cl_(2)`

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Weight of `MnO_(2)` =6.913 g, Volume of HCl =241.66 ml
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In the reaction MnO_(2)+4HCl to MnCl_(2)+2H_(2)O+Cl_(2)

Name the substance oxidised and substance reduced in the following reactions : MnO_(2)+4HCl toMnCl_(2)+Cl_(2)+2H_(2)O

10g of MnO_(2) on reactoin with HCI forms 2024 L of Cl_(2)(g) at NTP_(1) the percentage impurity of MnO_(2) is :- MnO_(2)+4HCl to MnCl_(2)+Cl_(2)+2H_(2)O

underline(S)O_(2)Cl_(2)+H_(2)O to H_(2)SO_(4)+HCl

AAKASH INSTITUTE-REDOX REACTIONS-Assignment (Section I) (Subjective Type Questions)
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  4. Balance the equation by lon-electron method (ii) MnO(4)^(-) + H(2)C(...

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  5. Balance the equation by lon-electron method (iii) Cu^(2+) + SO(2) to...

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  6. Balance the equation by lon-electron method (iv) N(2)O(4) + BrO(3)^(...

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  7. Balance the equation by lon-electron method (v) Br^(-) + BrO(3)^(-) ...

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  8. Balance the equation by lon-electron method (vi) Cl(2) +OH^(-) to S^...

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  9. Balance the equation by lon-electron method (vii) S+ OH^(+) to S^(2-...

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  10. Balance the equation by lon-electron method (viii) Al + NO(3)^(-) to...

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  11. Balance the equation by lon-electron method (ix) Cr(2)O(7)^(2-) + Fe...

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  12. Balance the equation by lon-electron method (x) Fe(3)O(4) + MnO(4)^(...

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  13. 2.68xx10^(-3) moles of solution containing anion A^(n+) require 1.61xx...

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  14. The weight of MnO(2) and the volume of HCl of specific gravity 1.2 g m...

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