Glycerin at 10 degree Celsius flows past a flat plate at 20 m/s. Workout the velocity components at a point P(x, y) in the fluid flow wherex = 2 m from the leading edge of the platey = 5 cm from the plate surfaceFor glycerin at 10 degree Celsius, kinematic viscosity = 2.79 * 10 -3 m2/s

Glycerin at 10 degree Celsius flows past a flat plate at 20 m/s. Work

1.	Glycerin at 10 degree Celsius flows past a flat plate at 20 m/s. Workout the velocity components at a point P(x, y) in the fluid flow wherex = 2 m from the leading edge of the platey = 5 cm from the plate surfaceFor glycerin at 10 degree Celsius, kinematic viscosity = 2.79 * 10 -3 m2/s
A.	15.92 m/s and 0.0952 m/s
B.	16.92 m/s and 0.0952 m/s
C.	17.92 m/s and 0.0752 m/s
D.	18.92 m/s and 0.0752 m/s
Answer» C. 17.92 m/s and 0.0752 m/s

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Glycerin at 10 degree Celsius flows past a flat plate at 20 m/s. Workout the velocity components at a point P(x, y) in the fluid flow wherex = 2 m from the leading edge of the platey = 5 cm from the plate surfaceFor glycerin at 10 degree Celsius, kinematic viscosity = 2.79 * 10 -3 m2/s

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