Given the graph below, what is the correct expression for the variable Ex representing the force...

 

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Given the graph below, what is the correct expression for the variable Ex representing the force needed to hold the vessel in place for a steady state condition? Neglect vertical change. P2 outlet a) F = -pV?A, - pV?A2 + P,A1 + P2A2 b) F = pV?A1 + pV?A2 – P,A1 – P2A2 c) F = pV?A, + pVž A2 + PA1 + P2A2 d) F = -pV?A, + pVž A2 + PA1 + P2A2 e) Fx = -p V?A1 – pV? A2 – P, A1 – P2A2 - 2 f) F = pV{ A – - p v?A2 - PA1 - P2A2 V1 A1 Inlet TTTTTTTTTTT Given the graph below, what is the correct expression for the variable Ex representing the force needed to hold the vessel in place for a steady state condition? Neglect vertical change. P2 outlet a) F = -pV?A, - pV?A2 + P,A1 + P2A2 b) F = pV?A1 + pV?A2 – P,A1 – P2A2 c) F = pV?A, + pVž A2 + PA1 + P2A2 d) F = -pV?A, + pVž A2 + PA1 + P2A2 e) Fx = -p V?A1 – pV? A2 – P, A1 – P2A2 - 2 f) F = pV{ A – - p v?A2 - PA1 - P2A2 V1 A1 Inlet TTTTTTTTTTT

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Force at outlet P 1 V 1 2 A 1 In the negative x direction because its a thrust forc... View the full answer