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Unformatted text preview: Q = A u We can apply this equation on a differential area at distance y and experiencing velocity u(y), and hence, integrate that expression from y =0 to y = H. 2 ( ) ( )( ) 2 y H y H y y KWH Q u y dA Ky W dy = = = = = = = ∫ ∫ H y W wide...
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- Fall '07
- Fluid Dynamics, Mass flow rate