Consider a Lapple conventional cyclone with an inlet height of 1 m and width of 0.5 m. Standard air (viscosity = 0.0011 kg/m-min) flows into the cyclone at 600 m3/min. The PM in the airstream has a density of 1100 kg/ms. The cyclone cut diameter, in pm, is most nearly:a. 10 pmb. 13 pmc. 16 pm d. 20 pm

(Isentropic flow) At section (1) in the isentropic flow of carbon dioxide, p1 = 40.5 kPa (abs), T₁ = 60.0 °C, and V₁ = 315 m/s. Determine (a) the flow velocity. V2, in m/s, at another section, section (2), where the Mach number is 2.29. (b) Also calculate the section area ratio,.

Oil with specific gravity of 0.88 flows through a pipe which changes from 6 in. at section A to 18 in. at section B. Section A is 12 ft lower than B and the pressures are 13.2 psi and 8.75 psi, respectively. If the flow rate is 5.17 cfs, determine (a) The velocity (ft/s) at section A, (b) The velocity (ft/s) at section B, (c) The head lost (ft) between the two points, and (d) The direction of flow. Is it from A to B or B to A?

English (United States) Oil at 80°C (p = 56.8 lbm/ft³ and μ = 0.00278 lbm/ft*s) is flowing steadily in a 0.5-in-diameter, 120-ft-long-pipe. During the flow, the pressure at the pipe inlet and exit is measured to be 120 psi and 14 psi, respectively. Determine the volumetric flow rate of oil through the pipe assuming the pipe is inclined 20° downward. Accessibility: Investigate X TO