Em in Ohio
Senior Member
- Location
- OH HI OH
Hi - your link, for some reason, cycles back to this page... I'll try another approachMy wife and I wear one on any necessary outing.
COVID-19 is spread by aerosol droplets, i.e. through the air. An unblocked cough or sneeze may spread the virus droplets 6 feet or more, and simply talking without a face mask may send droplets up to 3 feet. These droplets then land on nearby surfaces where they may be picked up by hands and fingers, then transmitted to a host by soiled fingers. The route of entry is through the mouth, nose and/or eyes.
Wearing a mask in public does little to protect the person wearing it, but rather protects those in public who may inadvertently pick a virus particle and become infected. It has been said that up to 50% of those infected are asymptomatic.
So, wearing a mask in public is an unselfish act to others IMO.
Here is a link to a video that shows how virus particles may be spread:
https://www.hpcwire.com/2020/04/08/supercomputer-modeling-tests-how-covid-19-spreads-in-grocery-stores/
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https://www.hpcwire.com/2020/04/08/...tests-how-covid-19-spreads-in-grocery-stores/ - WOW - so confused - when I did a keyword search on Google and clicked the link, it loaded. Copy and paste also worked. Going to read/view now. Thanks for posting! Done - really eye opening! Most interesting (found on next linked page): "The researchers of the consortium modelled the airborne movement of aerosol particles smaller than 20 micrometres. For a dry cough, which is a typical symptom of the current coronavirus, the particle size is typically less than 15 micrometres. Extremely small particles of this size do not sink on the floor, but instead, move along in the air currents or remain floating in the same place. Studies of influenza A have confirmed that the influenza A virus can be found in the smallest particles, which measure less than 5 micrometres. "
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