Bernoulli's Equation (Solved for v_1)

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Jul 24, 2020, 6:28:07 PM

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Apr 11, 2015, 6:40:30 PM

v_{1} = \sqrt{2 \cdot \frac{p_{2} + ρ \cdot g \cdot y_{2} + \frac{1}{2} \cdot ρ \cdot v_{2}^{2} - ρ \cdot g \cdot y_{1} - p_{1}}{ρ}}

$v_1 = sqrt(2*( p_2 + rho *g* y_2 +1/2* rho * v_2 ^2- rho *g* y_1 - p_1 )/ rho )$

(ρ) Density

$(rho)"Density"$

(v_{2}) Final Velocity

$(v_2)"Final Velocity"$

(y_{1}) Initial Height

$(y_1)"Initial Height"$

(y_{2}) Final Height

$(y_2)"Final Height"$

(p_{1}) Initial Pressure

$(p_1)"Initial Pressure"$

(p_{2}) Final Pressure

$(p_2)"Final Pressure"$

Reference

Young, Hugh and Freeman, Roger. University Physics With Modern Physics. Addison-Wesley, 2008. 12th Edition, (ISBN-13: 978-0321500625 ISBN-10: 0321500628 ) Pg 468, eq 14.17

This equation, Bernoulli's Equation (Solved for v_1), references 1 page

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• (g) Acceleration Due to Gravity by KurtHeckman

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Bernoulli's Equation (Solved for v_1)

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