Question

For an airplane wing, between the top and the bottom of the wing there wasn’t really a difference in height but there was a difference in air speed. This speed difference caused a pressure difference, pushing up on the wing. For the same air flow speeds top and bottom, where would an airplane get the most lift? all the same Earth air density 1.29 kg/m3 Mars air density 0.020 kg/m3 Venus air density 67 kg/m3 Mercury air density 0 kg/m3

Name: for an airplane wing between the top and the bottom of the wing there wasnt really a difference in height but there was a difference in air speed this speed difference caused a pressure diff 30082
Uploaded: 2022-04-12T01:33:32-08:00
Duration: 1 min 4 s
Channel: Sri K
Description: for an airplane wing between the top and the bottom of the wing there wasnt really a difference in height but there was a difference in air speed this speed difference caused a pressure diff 30082

          For an airplane wing, between the top and the bottom of the wing there wasn’t really a difference in height but there was a difference in air speed. This speed difference caused a pressure difference, pushing up on the wing. For the same air flow speeds top and bottom, where would an airplane get the most lift?
  
all the same
  
Earth air density 1.29 kg/m3
  
Mars air density 0.020 kg/m3
  
Venus air density 67 kg/m3
  
Mercury air density 0 kg/m3

Added by Brittney E.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Sri K

04/12/2022

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For an airplane wing, between the top and the bottom of the wing there wasn’t really a difference in height but there was a difference in air speed. This speed difference caused a pressure difference, pushing up on the wing. For the same air flow speeds top and bottom, where would an airplane get the most lift? all the same Earth air density 1.29 kg/m3 Mars air density 0.020 kg/m3 Venus air density 67 kg/m3 Mercury air density 0 kg/m3