Pressurized tank delivering a vertical jet. Compute the required air pressure above the water to cause the jet to rise 40.0 ft from the nozzle. The depth h = 6.0 ft. %3D INIH Use Bernoulli's equation...


Pressurized tank delivering a vertical jet. Compute the required air pressure above the<br>water to cause the jet to rise 40.0 ft from the nozzle. The depth h = 6.0 ft.<br>%3D<br>INIH<br>Use Bernoulli's equation successively between points 1 and 2;<br>2 and 3; 1 and 3.<br>P,ly + Z, + V,2/2g = P/ y + Z + V,²/2g<br>40.0 ft<br>Ply + Z, + V,2/2g = P/ y + Z, + V,2/2g<br>%3D<br>Air pressure<br>P,ly + Z, + V,/2g = P/ y + Z, + V3?/2g<br>h = 6.0 ft<br>Use Ref. Level<br>8.<br>

Extracted text: Pressurized tank delivering a vertical jet. Compute the required air pressure above the water to cause the jet to rise 40.0 ft from the nozzle. The depth h = 6.0 ft. %3D INIH Use Bernoulli's equation successively between points 1 and 2; 2 and 3; 1 and 3. P,ly + Z, + V,2/2g = P/ y + Z + V,²/2g 40.0 ft Ply + Z, + V,2/2g = P/ y + Z, + V,2/2g %3D Air pressure P,ly + Z, + V,/2g = P/ y + Z, + V3?/2g h = 6.0 ft Use Ref. Level 8.

Jun 10, 2022
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