Calculate the water mass flow rate through the plant

Reference no: EM13840389

A river flows into a hydroelectric power plant with a velocity v₁= 1.15 m/s and emerges from it with a final velocity v₂=0.11 m/s. If water flows through the plant at a rate=3.22 m³/s and has a head of h=10.35 m.

- Calculate the water mass flow rate through the plant (in Kg/s).

- Calculate the rate of change in the gravitational potential energy through the plant (in kW).

- Calculate the rate of change of the kinetic energy through the plant (in kW).

- Calculate the theoretical rate of production of energy from this hydroelectric plant

Reference no: EM13840389

Questions Cloud

How can negative numbers be displayed in brackets : How can negative numbers be displayed in brackets; in red? Paste a simple spreadsheet example. Why should an accountant design spreadsheets with a completely separate data entry area and a separate report area?

Certain function f : Problem 1: A certain function f is given by the graph.

Efficient resource allocation requires assigning property : When transaction costs are low enough, efficient resource allocation will follow regardless of the particular assignment of property rights. When transaction costs are high enough, efficient resource allocation requires assigning property rights to t..

Did you modify the investment policies and strategies : Determine your initial portfolio you must buy the portfolio using the CBOE Virtual Trade Tool - how does it relate to the investment policies and strategies statement

Calculate the water mass flow rate through the plant : A river flows into a hydroelectric power plant with a velocity v1= 1.15 m/s and emerges from it with a final velocity v2=0.11 m/s. If water flows through the plant at a rate=3.22 m3/s and has a head of h=10.35 m. - Calculate the water mass flow rate..

Flaws of federal hazardous air pollution regulation : Flaws of Federal Hazardous Air Pollution Regulation

Find the acceleration of the elevator : An elevator of mass M2 has hanging from its ceiling (on a massless string) a mass M1. The elevator is being accelerated upward by a constant force F [F greater than (M1 + M2)g]. The mass M1 is initially a distance s above the elevator floor. Find ..

Find the gravitation constant of g if m1 : How do I find the gravitation constant of G if M1 is 56.30, M2 is 72.20 Distance is 3.00m?

Benefits of the clean water act and the clean air act : benefits of the Clean Water Act and the Clean Air Act

User Account

All Pages