The chemical process that reduces surface pathogens but will not kill bacteria:

The chemical process that reduces surface pathogens but will not kill bacteria:

• A. Disinfection
• B. Sanitation
• C. Purification
• D. Sterilization

Answer: (B)

Sanitation is about lowering the number of microorganisms on a surface to a level considered safe by public health standards. It uses cleaning and chemical agents to reduce pathogen counts, but it doesn't guarantee killing every bacterium or endospores. That’s why it fits the description best: you’re reducing surface pathogens without achieving complete elimination of bacteria. Disinfection, by contrast, aims to destroy most or all pathogens and often removes a larger portion of bacteria; sterilization seeks to kill all life, including spores; purification isn’t the standard term used here.

Sanitation is about lowering the number of microorganisms on a surface to a level considered safe by public health standards. It uses cleaning and chemical agents to reduce pathogen counts, but it doesn't guarantee killing every bacterium or endospores. That’s why it fits the description best: you’re reducing surface pathogens without achieving complete elimination of bacteria. Disinfection, by contrast, aims to destroy most or all pathogens and often removes a larger portion of bacteria; sterilization seeks to kill all life, including spores; purification isn’t the standard term used here.