Reactions with oxidizing agents

Mg is a dangerous fire hazard, in the form of dust or flakes, when exposed to flame, or by violent chemical reaction with oxidizing agents. 

The fundamental chemistry of carotenoid radicals and the reactions with oxidizing agents, peroxy radicals, etc., is important for evaluating the proposed actions of... 

The same situation is found in the oxidation of certain dissolved reducing agents in many cases these reactions occur only by reaction with oxidizing agents, not on anodic polarization of an electrode. Such behavior is observed primarily in systems with organic reactants, more rarely in systems with inorganic reactants. 

Reactions with oxidizing agents are likely to be violent. It is oxidized when heated at 600°C in air. 

The compound is a very powerful reducing agent. Reactions with oxidizing agents may progress to explosive violence (See Reactions). Also, heating this compound above 100°C can produce toxic phosphine, which also may explode in air. 

LiBH4 + 2HC1 2LiCl + B2H6 + 2H2 Reactions with oxidizing agents are violent. 

It undergoes violent reactions with oxidizing agents. 

Water behaves as a reducing agent in reactions with oxidizing agents ... 

Ketones and aldehydes are similar in structure, and they have similar properties. There are some differences, however, particularly in their reactions with oxidizing agents and with nucleophiles. In most cases, aldehydes are more reactive than ketones, for reasons we discuss shortly. 

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