200_Lectures_11_21_post

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Unformatted text preview: ." + ' #* ?, 1 dmcv = min − mout dt 2 2 dEcv v v = Qcv − Wcv + mi hi + i + gzi − me he + e + gze dt 2 2 inlets exits exits 3 ." % # \$ .: 07 6 4 . " #" \$ 5" " #." ." # #0 3 % " 3 # 1 @ " A5 " 0 % #- % # 7B A 1 @ B AC* : , @ ∆- A C * 0, : 7" A " 7- A6 07 / A # 3 ." / ." < 7 @/ 7 % @ \$ D % + % " ' % % min h + V2 + gz 2 1 dmCV = min − dt dECV = Q −W + dt mout m = ρ AV < @) 1 \$ % @ ?, 1 @< @ #* 1 . 1 − in mout h + V2 + gz 2 out #\$ # % \$\$ & \$\$ % \$ %) \$ ' ' ' \$\$ \$ \$\$ +\$ ! " Tl Th Wshaft & \$ (' ' +\$ m Pl m Ph \$, (( & & \$ ' ' (\$ " ' \$ & '\$ ' \$\$ \$\$ % ( * ' (\$ & \$\$ - \$ \$ " ". %# - ( (\$ & \$ / & ( " 5 '\$ ( "/ " ,\$ (2 ( & \$ (( (\$ & ( " 0 " 1( ( 34 ' \$\$ \$ ' '" 6 . % 7/ 7 7/ - 7 "0 η 7 " 8 . %& ( 7 9 : 34 '; # . < . % % % % + dmCV = dt , . min − dECV = Q −W + dt mout min V2 h+ + gz 2 − in mout V2 h+ + gz...
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## This note was uploaded on 09/22/2012 for the course ME 200 taught by Professor Gal during the Spring '08 term at Purdue University-West Lafayette.

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