Which of the following gases can be detected by its fruit-like odor and is produced from the burning of organic materials?

Which of the following gases can be detected by its fruit-like odor and is produced from the burning of organic materials?

• A. Hydrogen Sulfide
• B. Acetaldehyde
• C. Carbon Dioxide
• D. Ammonium Hydroxide

Answer: (B)

The gas that can be detected by its fruit-like odor and is produced from the burning of organic materials is indeed acetaldehyde. This compound is an organic chemical that emits a sweet, fruity scent, making it identifiable by smell. Acetaldehyde is commonly produced during the decomposition of organic matter and through various combustion processes involving organic materials. In contrast, hydrogen sulfide has a distinct odor resembling rotten eggs, carbon dioxide is odorless and colorless, making it challenging to detect without specialized equipment, and ammonium hydroxide has a sharp, pungent odor that is quite different from the sweet smell of acetaldehyde. Understanding the characteristics of these gases is vital for hazardous material response and safety in firefighting environments.

The gas that can be detected by its fruit-like odor and is produced from the burning of organic materials is indeed acetaldehyde. This compound is an organic chemical that emits a sweet, fruity scent, making it identifiable by smell. Acetaldehyde is commonly produced during the decomposition of organic matter and through various combustion processes involving organic materials.

In contrast, hydrogen sulfide has a distinct odor resembling rotten eggs, carbon dioxide is odorless and colorless, making it challenging to detect without specialized equipment, and ammonium hydroxide has a sharp, pungent odor that is quite different from the sweet smell of acetaldehyde. Understanding the characteristics of these gases is vital for hazardous material response and safety in firefighting environments.