Explain the following:
Carbon cannot reduce the oxides of $N a$ or $M g$ .

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Solution

Sodium or magnesium are present on top of the activity series and are highly reactive metals and have high affinity for oxygen as compared to carbon so these metals readily form their oxides.

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Similar questions

Explain why, carbon cannot reduce oxides of sodium or magnesium.

Q. Assertion :Carbon cannot reduce the oxides of

N a

M g

. Reason: Sodium and magnesium have higher affinity towards oxygen than towards carbon because these are highly reactive metals.

Q. Carbon cannot reduce the oxides of sodium to sodium because

Question 61
Explain the following:

(a) Reactivity of $Al$ decreases if it is dipped in ${HNO}_{3}$ .
(b) Carbon cannot reduce the oxides of $Na$ or $Mg$ .
(c) $NaCl$ is not a conductor of electricity in the solid state whereas it does conducts electricity in aqueous solution as well as in molten state.
(d) Iron articles are galvanised.
(e) Metals like $Na, K, Ca$ and $Mg$ are never found in their free state in nature.

Q. Give reason for the following:
Carbonate and sulphide ores are usually converted into oxides during the process of extraction of metals.

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Explain the following:Carbon cannot reduce the oxides of Na or Mg.

Sodium or magnesium are present on top of the activity series and are highly reactive metals and have high affinity for oxygen as compared to carbon so these metals readily form their oxides.

Explain the following:
Carbon cannot reduce the oxides of $N a$ or $M g$ .