19. Fluid Mechanics
Density
19. Fluid Mechanics Density
12PRACTICE PROBLEM
A maintenance team is analyzing the percentage of a pipe's area that is blocked by pipe scaling. The team measures the pressure at a place before the region characterized by the intense scaling and finds it to be 2.60 × 105 Pa. The pressure at the narrowed area is 2.05 × 105 Pa. The team uses flow rate and determines that the fluid flows at 4.0 m/s in the region before the scaling. If the fluid flowing in the pipe has a specific gravity of 0.8976, calculate the percentage of the pipe's area that is occupied by scales.
A maintenance team is analyzing the percentage of a pipe's area that is blocked by pipe scaling. The team measures the pressure at a place before the region characterized by the intense scaling and finds it to be 2.60 × 105 Pa. The pressure at the narrowed area is 2.05 × 105 Pa. The team uses flow rate and determines that the fluid flows at 4.0 m/s in the region before the scaling. If the fluid flowing in the pipe has a specific gravity of 0.8976, calculate the percentage of the pipe's area that is occupied by scales.