According to toxicity information, what is the primary hazard associated with sodium hydroxide when mixed with hydrogen peroxide?

According to toxicity information, what is the primary hazard associated with sodium hydroxide when mixed with hydrogen peroxide?

• A. Flammability
• B. Explosive Reaction
• C. Toxicity
• D. Corrosiveness

Answer: (C)

The primary hazard associated with sodium hydroxide when mixed with hydrogen peroxide is related to its corrosiveness. Sodium hydroxide is a strong alkali that can cause severe burns and damage to living tissues upon contact. When mixed with hydrogen peroxide, especially in concentrated forms, there is a possibility of generating reactive and hazardous intermediate species. While toxicity in terms of chemical exposure can certainly be a concern, the immediate hazard in this scenario centers around the aggressiveness of sodium hydroxide as a corrosive agent. The combination can lead to a vigorous reaction that produces heat and potentially harmful compounds, but it does not specifically present a flammability or explosive hazard under typical conditions. Thus, understanding the nature of both substances highlights the predominance of corrosive dangers in this mixture, reinforcing the focus on their reactive properties rather than simply toxicity.

The primary hazard associated with sodium hydroxide when mixed with hydrogen peroxide is related to its corrosiveness. Sodium hydroxide is a strong alkali that can cause severe burns and damage to living tissues upon contact. When mixed with hydrogen peroxide, especially in concentrated forms, there is a possibility of generating reactive and hazardous intermediate species. While toxicity in terms of chemical exposure can certainly be a concern, the immediate hazard in this scenario centers around the aggressiveness of sodium hydroxide as a corrosive agent.

The combination can lead to a vigorous reaction that produces heat and potentially harmful compounds, but it does not specifically present a flammability or explosive hazard under typical conditions. Thus, understanding the nature of both substances highlights the predominance of corrosive dangers in this mixture, reinforcing the focus on their reactive properties rather than simply toxicity.