1. Using a conservation momentum equation, show that the force on the hemispherical vane is twice that of the force on the flat vane? 2. Why the velocity at the vane (V1) is less than at the exit of nozzle (Vo)? 3. For both flat and hemispherical vanes, plot and find the slope for F (N) with respect to Fexp (N) and Fexp (N) with respect to Q (m/s), as shown below. 4. Why the lines on the graph do not pass through the origin?

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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1. Using a conservation momentum equation, show that the force on the
hemispherical vane is twice that of the force on the flat vane?
2. Why the velocity at the vane (V1) is less than at the exit of nozzle (Vo)?
3. For both flat and hemispherical vanes, plot and find the slope for F (N) with
respect to Fexp (N) and Fexp (N) with respect to Q (m/s), as shown below.
4. Why the lines on the graph do not pass through the origin?
Transcribed Image Text:1. Using a conservation momentum equation, show that the force on the hemispherical vane is twice that of the force on the flat vane? 2. Why the velocity at the vane (V1) is less than at the exit of nozzle (Vo)? 3. For both flat and hemispherical vanes, plot and find the slope for F (N) with respect to Fexp (N) and Fexp (N) with respect to Q (m/s), as shown below. 4. Why the lines on the graph do not pass through the origin?
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