YM Q5 Assuming ideal flow, determine the total pull on the bolts in Fig. P6.10, where y = 6 ft, d, = 2 in, d, = 4 in, and d, = 1 in, and Y of the manometer fluid (oil) is 52 pef. Q6 Figure P6.10

Elements Of Electromagnetics
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YM
Q5 Assuming ideal flow, determine the total pull on the
bolts in Fig. P6.10, where y = 6 ft, d, = 2 in, d, = 4
in, and d, = 1 in, and Yu of the manometer fluid (oil)
is 52 pcf.
Q6
Figure P6.10
In Fig. X6.6.6 assume that friction is negligible, that 0 - 1s", and
that the water jet has a velocity of 95 fps and a diameter of I in.
Find (a) the component of the force acting on the blade in the
direction of the jet; (b) the force component normal to the jet; and (c)
the magnitude and direction of the resuliant force exerted on the
blade.
Plan view
Figure X6.6.6
Transcribed Image Text:YM Q5 Assuming ideal flow, determine the total pull on the bolts in Fig. P6.10, where y = 6 ft, d, = 2 in, d, = 4 in, and d, = 1 in, and Yu of the manometer fluid (oil) is 52 pcf. Q6 Figure P6.10 In Fig. X6.6.6 assume that friction is negligible, that 0 - 1s", and that the water jet has a velocity of 95 fps and a diameter of I in. Find (a) the component of the force acting on the blade in the direction of the jet; (b) the force component normal to the jet; and (c) the magnitude and direction of the resuliant force exerted on the blade. Plan view Figure X6.6.6
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