Discuss the various types of centrifugal pumps. Draw the velocity triangles for the inlet and outlet sides of the impeller.Explain the terms absolute velocity and relative velocity. Develop an expression for the work pump power.Explain the working principles of impulse and reaction turbines.Describe the pelton wheel and explain its working principles .Draw the velocity triangles and derive and expression for the power of pelton wheel
You are designing a solar panel system for a remote research station that operates year-round in a sunny
location. The station requires 10 kilowatt-hours (kWh) of energy daily to function. You have solar panels with an
efficiency rating of 18%. The solar irradiance during the day varies but is known to have an average value of 600
watts per square meter (W/m²). How many square meters of solar panels do you need to meet the station's daily
energy needs?
Discuss the various types of centrifugal pumps. Draw the velocity triangles for the inlet and outlet sides of the impeller.Explain the terms absolute velocity and relative velocity. Develop an expression for the work pump power.Explain the working principles of impulse and reaction turbines.Describe the pelton wheel and explain its working principles .Draw the velocity triangles and derive and expression for the power of pelton wheel
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