A plate 0.3 m long is placed at zero angle of incidence in a stream of 15 degree Celsius water moving at 1 m/s. Find out the maximum value of the normal component of velocity at thr trailing edge of the plate. For water at 15 degree Celsiusp = 998.9 kg /m3µ = 415.85 * 10 -2 kg/hr m

A plate 0.3 m long is placed at zero angle of incidence in a stream o

1.	A plate 0.3 m long is placed at zero angle of incidence in a stream of 15 degree Celsius water moving at 1 m/s. Find out the maximum value of the normal component of velocity at thr trailing edge of the plate. For water at 15 degree Celsiusp = 998.9 kg /m3µ = 415.85 * 10 -2 kg/hr m
A.	1.6885 * 10 -2 m/s
B.	1.6885 * 10 -3 m/s
C.	1.6885 * 10 -4 m/s
D.	1.6885 * 10 -5 m/s
Answer» C. 1.6885 * 10 -4 m/s

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A plate 0.3 m long is placed at zero angle of incidence in a stream of 15 degree Celsius water moving at 1 m/s. Find out the maximum value of the normal component of velocity at thr trailing edge of the plate. For water at 15 degree Celsiusp = 998.9 kg /m3µ = 415.85 * 10 -2 kg/hr m
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A plate 0.3 m long is placed at zero angle of incidence in a stream of 15 degree Celsius water moving at 1 m/s. Find out the maximum value of the normal component of velocity at thr trailing edge of the plate. For water at 15 degree Celsiusp = 998.9 kg /m3µ = 415.85 * 10 -2 kg/hr m

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