What can be a consequence of chemical incompatibility regarding toxicity?

What can be a consequence of chemical incompatibility regarding toxicity?

• A. The mixture becomes completely non-toxic
• B. The mixture's toxicity is always the average of its components
• C. The mixture's toxicity to the applicator or environment can be greater than that of the individual components
• D. The mixture reduces environmental risk

Answer: (C)

Chemical incompatibility can cause reactions that create new toxic substances or release more toxic vapors, heat, or gases. When two chemicals interact in a way they shouldn’t, the resulting mixture can become more hazardous to the applicator and to the environment than either chemical is on its own. It’s not simply the average of the components, and it doesn’t guarantee reduced risk. So, a potential consequence is that the mixture’s toxicity can be greater than the toxicity of the individual components.

Chemical incompatibility can cause reactions that create new toxic substances or release more toxic vapors, heat, or gases. When two chemicals interact in a way they shouldn’t, the resulting mixture can become more hazardous to the applicator and to the environment than either chemical is on its own. It’s not simply the average of the components, and it doesn’t guarantee reduced risk. So, a potential consequence is that the mixture’s toxicity can be greater than the toxicity of the individual components.