Cleaning Property of Baking Soda+ Vinegar

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The discussion centers on the effectiveness of a baking soda and vinegar mixture as a disinfectant. It is clarified that this mixture undergoes a neutralization reaction, producing water, carbon dioxide, and sodium acetate, none of which possess antimicrobial properties. Instead, the individual components—baking soda and vinegar—are effective disinfectants on their own. The conversation also touches on the survival of microbes within a narrow pH range, suggesting that this limitation is not inherently detrimental to organisms, including humans, as long as environmental conditions remain stable. The cost of additional cellular mechanisms is noted, indicating that stability can make such adaptations unnecessary.
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Hi, All: I'm a chemistry ignorant. Please bear a bit.

Just curious as to the chemical explanation for why the mixture of bakind soda and
(kitchen/cooking) vinegar is an effective disinfectant.

Is this a neutralization reaction, with vinegar as the acid and bakind soda as the base?

If so, why/how does is reaction conducive to killing bacteria; is it just the change in PH that kills bacteria? If not, what is going on?

Thanks.
 
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Hi. Yeah, vinegar and baking soda neutralize to produce water, carbon dioxide and sodium acetate. None of these products seem to have any antimicrobial properties, so just baking soda or vinegar by themselves act as the disinfectant. Most common microbes can only survive in a narrow pH range.
 
Thanks, qalomel. Maybe this is too broad of an issue, maybe better for some other forum, but, isn't it , in an evolutionary sense, a bad idea for organisms (including homo sapiens) to be able to function in just such a limited PH (and temperature) range?
 
It depends on the stability of the environment. And judging from the fact life thrives on Earth, no, it is not a bad idea. Note that existence of every additional mechanism built into the cell is costly, so if the conditions are stable it becomes a hindrance.
 
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