Recent content by andyb1990

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    Bernoulli's Equation- on a jet nozzle

    Can you help me to what the equation would work out to?
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    Bernoulli's Equation- on a jet nozzle

    Would you subtract the square root from the right hand side to get A2 on its own, then group like terms?
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    Bernoulli's Equation- on a jet nozzle

    to get A2 dived the right hand side by sqrt...... then by cancelling out wouldn't that leave sqrt rho*g*z??
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    Bernoulli's Equation- on a jet nozzle

    A2= A0 sqrt (rho*g*z) A2 will be greater
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    Bernoulli's Equation- on a jet nozzle

    M(dot) is the mass flow rate M(dot)= A0 sqrt (2(Po-B)/rho) = A2 * sqrt (2(Po-B+rho*g*z')/rho) where A0 is exit area at nozzle A2 is a vertical distance z below nozzle i have also subbed in v from part i and part ii
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    Bernoulli's Equation- on a jet nozzle

    M(dot)= A1 sqrt (2(Po-B)/rho) = A2 * sqrt (2(Po-B-rho*g*z')/rho)
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    Bernoulli's Equation- on a jet nozzle

    M= rho*A*V = rho*A*V - rho*g*z' ?
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    Bernoulli's Equation- on a jet nozzle

    that it will always remain constant?
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    Bernoulli's Equation- on a jet nozzle

    From earlier you said apply continuity equation Q(dot)=AV A=Q/V but now I am unsure what to do with this?
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    Bernoulli's Equation- on a jet nozzle

    P0 = B + rho*V^2/2 - rho*g*z' v= sqrt (2(Po-B +rho*g*z')/rho)
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    Bernoulli's Equation- on a jet nozzle

    ii) P0 = B + rho*V^2/2 + rho*g*z' v= sqrt (2(Po-B-rho*g*z')/rho)
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    Bernoulli's Equation- on a jet nozzle

    stagnation Po = B+1/2* ρ*v^2 v= sqrt (B+1/2*ρ)
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