When Bernoulli's equation is written in the form p/ $\rho$ + $When Bernoulli's equation is written in the form p/ \rho + v<sup>2</sup> + U = C, The constant C represents the A) energy per unit mass. B) energy per unit volume. C) net work done by outside forces. D) power supplied by outside sources. E) mass flow per unit time.$ v² + U = C,
The constant C represents the

Question

When Bernoulli's equation is written in the form p/

\rho

+ $When Bernoulli's equation is written in the form p/ \rho + v<sup>2</sup> + U = C, The constant C represents the A) energy per unit mass. B) energy per unit volume. C) net work done by outside forces. D) power supplied by outside sources. E) mass flow per unit time.$ v² + U = C,
The constant C represents the

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The Answer of When Bernoulli's equation is written in the form p/$\rho$ + v² + U = C, The constant C represents the A) energy per unit mass. B) energy per unit volume. C) net work done by outside forces. D) power supplied by outside sources. E) mass flow per unit time.

When Bernoulli's Equation Is Written in the Form P ρ\rhoρ + V2 + U = C, the Constant C

When Bernoulli's Equation Is Written in the Form P $\rho$ + V² + U = C,
the Constant C