Nitriding is a process of heating steel in aonosphere of

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General Principles and processes of Isolation of Elements

easy

Nitriding is a process of heating steel in aonosphere of

ammonia

oxygen

carbon dioxide

air

Solution

Nitrating is a process of heating high carbon steels, aluminium, molybdenum etc in atmosphere of $NH _3$. Because of nitrating a case hardened surface of $N _2$ is formed on metal surface which comes from Ammonia.

Standard 12

Chemistry

Formation of $Ni(CO)_4$ and subsequent its decomposition into $Ni$ and $CO$ (recycled) makes basis of Mond's process

$Ni + 4CO \xrightarrow{{{T_1}}} Ni(CO)_4 \xrightarrow{{{T_2}}} Ni + 4CO$

$T_1$ and $T_2$ are :

medium

Correct for the following graph is/are

medium

Formation of metallic copper from the sulphide ore in the commercial thermo metallurgical process essentially involves which one of the following reactions as major reaction.

normal

Which of the following is not concentrated by electromagnetic separation ?

easy

Which of the following metal commercially reduced by carbon reduction method only and refined by disillation method

easy

Nitriding is a process of heating steel in aonosphere of

Solution

Similar Questions

Formation of $Ni(CO)_4$ and subsequent its decomposition into $Ni$ and $CO$ (recycled) makes basis of Mond's process $Ni + 4CO \xrightarrow{{{T_1}}} Ni(CO)_4 \xrightarrow{{{T_2}}} Ni + 4CO$ $T_1$ and $T_2$ are :

Correct for the following graph is/are

Formation of metallic copper from the sulphide ore in the commercial thermo metallurgical process essentially involves which one of the following reactions as major reaction.

Which of the following is not concentrated by electromagnetic separation ?

Which of the following metal commercially reduced by carbon reduction method only and refined by disillation method

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Formation of $Ni(CO)_4$ and subsequent its decomposition into $Ni$ and $CO$ (recycled) makes basis of Mond's process

$Ni + 4CO \xrightarrow{{{T_1}}} Ni(CO)_4 \xrightarrow{{{T_2}}} Ni + 4CO$

$T_1$ and $T_2$ are :