What will be the shape of the velocity triangle at the exit of a radial bladed centrifugal impeller, taking into account slip?

One angle greater than \[90{}^\circ \]

All angles less than \[90{}^\circ \]

What will be the shape of the velocity triangle at the exit of a radia

1.	What will be the shape of the velocity triangle at the exit of a radial bladed centrifugal impeller, taking into account slip?
A.	Right-angled
B.	Isosceles
C.	All angles less than \[90{}^\circ \]
D.	One angle greater than \[90{}^\circ \]
Answer» D. One angle greater than \[90{}^\circ \]

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What will be the shape of the velocity triangle at the exit of a radial bladed centrifugal impeller, taking into account slip?

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