Air flows faster above the wing, creating lower air pressure. Slower-moving air under the wing creates high pressure. H always flows toward L, creating lift. #NCed fifth graders research air pressure in weather. #sci5E11 #sci7E14 #iste18 #Hashtag180 #HashtagWithPurpose https://t.co/l2GFtfEoAA

Air flows faster above the wing, creating lower air pressure. Slower-moving air under the wing creates high pressure. H always flows toward L, creating lift. #NCed fifth graders research air pressure in weather. #sci5E11 #sci7E14 #iste18 #Hashtag180 #HashtagWithPurpose pic.twitter.com/l2GFtfEoAA

— Kyle Hamstra (@KyleHamstra) June 23, 2018

Air flows faster above the wing, creating lower air pressure. Slower-moving air under the wing creates high pressure. H always flows toward L, creating lift. #NCed fifth graders research air pressure in weather. #sci5E11 #sci7E14 #iste18 #Hashtag180 #HashtagWithPurpose pic.twitter.com/l2GFtfEoAA

— Kyle Hamstra (@KyleHamstra) June 23, 2018

from Twitter https://twitter.com/KyleHamstra

June 23, 2018 at 01:22PM
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