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An Andean condor with a wingspan of 230 cm and a mass of 12.0 kg soars along a horizontal path. Model its wings as a rectangle with a width of 47.0 cm. Determine the difference Ap between the pressure Ptop at the top surfaces of the condor's wings and the pressure pbottom at Ap = N/m2 the bottom surfaces, where Ap = Ptop - pbottom-

An Andean condor with a wingspan of 230 cm and a mass of 12.0 kg soars along a horizontal path. Model its wings as a rectangle with a width of 47.0 cm. Determine the difference Ap between the pressure Ptop at the top surfaces of the condor's wings and the pressure pbottom at Ap = N/m2 the bottom surfaces, where Ap = Ptop - pbottom-

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An Andean condor with a wingspan of 230 cm and a mass of 12.0 kg soars along a horizontal path. Model its wings as a rectangle with a width of 47.0 cm. Determine the difference Ap between the pressure Ptop at the top surfaces of the condor's wings and the pressure Ppottom at Ap = N/m2 %3D the bottom surfaces, where Ap = Ptop Pbottom
Transcribed Image Text:An Andean condor with a wingspan of 230 cm and a mass of 12.0 kg soars along a horizontal path. Model its wings as a rectangle with a width of 47.0 cm. Determine the difference Ap between the pressure Ptop at the top surfaces of the condor's wings and the pressure Ppottom at Ap = N/m2 %3D the bottom surfaces, where Ap = Ptop Pbottom
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