Solved

Bernoulli's Equation for Nonviscous Flow Can Be Stated as
P₁ $\rho$

question 42

Multiple Choice

Bernoulli's equation for nonviscous flow can be stated as
P₁ + $\rho$ gy₁ + $Bernoulli's equation for nonviscous flow can be stated as P1 + \rho gy1 + \rho v12 = P2 + \rho gy2 + \rho v22 A fluid is flowing through a horizontal tube that changes in cross-sectional area from A1= 0.75 cm2 to A2 = 0.030 cm2. When v1 = 3.5 cm/s, \rho = 1.4 g/cm3, and viscosity is neglected, the difference between pressure P2 at A2 and P1 at A1 is A) 54 \times 103 dyn/cm2, with P1 higher. B) 59 dyn/cm2, with P2 higher. C) 59 dyn/cm2, with P1 higher. D) 8.3 \times 102 dyn/cm2, with P2 higher. E) None of these is correct.$ $\rho$ v₁2 = P₂ + $\rho$ gy₂ + $Bernoulli's equation for nonviscous flow can be stated as P1 + \rho gy1 + \rho v12 = P2 + \rho gy2 + \rho v22 A fluid is flowing through a horizontal tube that changes in cross-sectional area from A1= 0.75 cm2 to A2 = 0.030 cm2. When v1 = 3.5 cm/s, \rho = 1.4 g/cm3, and viscosity is neglected, the difference between pressure P2 at A2 and P1 at A1 is A) 54 \times 103 dyn/cm2, with P1 higher. B) 59 dyn/cm2, with P2 higher. C) 59 dyn/cm2, with P1 higher. D) 8.3 \times 102 dyn/cm2, with P2 higher. E) None of these is correct.$ $\rho$ v₂2
A fluid is flowing through a horizontal tube that changes in cross-sectional area from
A₁= 0.75 cm² to A₂ = 0.030 cm². $Bernoulli's equation for nonviscous flow can be stated as P1 + \rho gy1 + \rho v12 = P2 + \rho gy2 + \rho v22 A fluid is flowing through a horizontal tube that changes in cross-sectional area from A1= 0.75 cm2 to A2 = 0.030 cm2. When v1 = 3.5 cm/s, \rho = 1.4 g/cm3, and viscosity is neglected, the difference between pressure P2 at A2 and P1 at A1 is A) 54 \times 103 dyn/cm2, with P1 higher. B) 59 dyn/cm2, with P2 higher. C) 59 dyn/cm2, with P1 higher. D) 8.3 \times 102 dyn/cm2, with P2 higher. E) None of these is correct.$ When v₁ = 3.5 cm/s, $\rho$ = 1.4 g/cm³, and viscosity is neglected, the difference between pressure P₂ at A₂ and P₁ at A₁ is

Definitions:

Customs Brokers

Professionals who assist businesses in navigating the complexities of customs regulations to import and export goods.

Non Vessel-owning Common Carriers

Third-party companies that provide shipment forwarding services without owning the vessels used for transportation, typically organizing logistics for shipping goods.

Near-shoring

The practice of transferring a business operation or service to a nearby country, rather than a far-off location, to reduce costs and improve communication and control.

On-shoring

The practice of bringing business operations back to the company's country of origin from overseas to improve control and reduce costs.

Bernoulli's Equation for Nonviscous Flow Can Be Stated as P1 ρ\rhoρ

Definitions:

Bernoulli's Equation for Nonviscous Flow Can Be Stated as
P₁ $\rho$