A. A horizontal water jet hits a vertically mounted plate and an obliquely mounted plate as shown in Fig 2 (a) and (b), respectively. The jet is assumed to have the uniform velocity distribution of V and the density of the fluid is p. The volume flow rate is Q. The effect of viscosity is assumed to be negligible. Answer the following questions. (b) (1) In the case of (a), obtain the force exerted on the vertical plate F,using p, Q and V. (2) In the case of (b), the plate is mounted obliquely with the angle e to the x direction as shown in Fig 2(b). The jet is separated and the volume flow rates | at the outlet become Q, and Qg. (a) Obtain the force in the x direction Fm, and in the y direction F, exerted on the plate using p, Q, V and 0. (b) Obtain the volume flow rates Q, and Qg using Q and 0. Fig. 2

Elements Of Electromagnetics
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A. A horizontal water jet hits a vertically mounted plate and an obliquely mounted
plate as shown in Fig 2 (a) and (b), respectively. The jet is assumed to have the
uniform velocity distribution of V and the density of the fluid is p. The volume
flow rate is Q. The effect of viscosity is assumed to be negligible. Answer the
(b)
following questions.
(1) In the case of (a), obtain the force exerted on the vertical plate F, using p,
Q and V.
(2) In the case of (b), the plate is mounted obliquely with the angle 0 to the x
direction as shown in Fig 2(b). The jet is separated and the volume flow rates |
at the outlet become Qa and Qg.
Fig. 2
(a) Obtain the force in the x direction F and in the y direction Fexerted
on the plate using p, Q, V and 0.
(b) Obtain the volume flow rates Q, and Qz using Q and 6.
Transcribed Image Text:A. A horizontal water jet hits a vertically mounted plate and an obliquely mounted plate as shown in Fig 2 (a) and (b), respectively. The jet is assumed to have the uniform velocity distribution of V and the density of the fluid is p. The volume flow rate is Q. The effect of viscosity is assumed to be negligible. Answer the (b) following questions. (1) In the case of (a), obtain the force exerted on the vertical plate F, using p, Q and V. (2) In the case of (b), the plate is mounted obliquely with the angle 0 to the x direction as shown in Fig 2(b). The jet is separated and the volume flow rates | at the outlet become Qa and Qg. Fig. 2 (a) Obtain the force in the x direction F and in the y direction Fexerted on the plate using p, Q, V and 0. (b) Obtain the volume flow rates Q, and Qz using Q and 6.
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