Water (p =1000 kg m3) is held stationary in a reservoir enclosed by a cylindrical curved...

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Water (p =1000 kg m3) is held stationary in a reservoir enclosed by a cylindrical curved plate of negligible weight, as shown in the figure. The width of the curved plate is 1 m in to the paper (normal to the paper). Determine the following quantities: I. II. III. IV. V. Open to Atmosphere 1m. curved plate The hydrostatic force Fx on the plate in the horizontal direction. The hydrostatic force Fy on the plate in the vertical direction. The magnitude of the resultant force F on the plate. The angle, which the resultant force (F) makes with the horizontal direction. Water (p =1000 kg m3) is held stationary in a reservoir enclosed by a cylindrical curved plate of negligible weight, as shown in the figure. The width of the curved plate is 1 m in to the paper (normal to the paper). Determine the following quantities: I. II. III. IV. V. Open to Atmosphere 1m. curved plate The hydrostatic force Fx on the plate in the horizontal direction. The hydrostatic force Fy on the plate in the vertical direction. The magnitude of the resultant force F on the plate. The angle, which the resultant force (F) makes with the horizontal direction.

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Given Solution 1 d B hig Peg 81000 kgm V 59 981 x 1000 9810 Nm radiu... View the full answer