3- Application-3. Oil having absolute viscosity 0.1 Pa.s and relative density 0.85 flow through an iron pipe with diameter 305mm and length 3048 m with flow rate 44.4 10-3. Determine the head loss per unit weight in pipe.
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- Give clear handwritten Solution: Pressure of 50.0 psi is used to drive hexane through a 4.00 m length of capillary of 7.50 um diameter. Calculate the average flow velocity (v).(6.65x10^5)/(6.60x10^-6) (3.73x10^8) Please Calaculition. Only typed solutionEstimate the Km and vmax from the data. [S] (M) Velocity (µM/min) 2.5 x 10-6 28 .00001 70 .00004 112 .0001 128 .002 139 .01 140 Km=.00001 vmax=140 Km=.002 vmax=112 Km=.01 vmax=140 Km=.00001 vmax=70
- A fly ash aerosol of monodisperse particles with a density of 2.0 g/mL and particle diameter of 10.0 mm has a concentration of 1000.0 mg/m3. Calculate the settling velocity in cm/s and the settling rate in g/m2-s. Please answer very soon will give rating surelyWhat is the greatest average speed ?v of blood flow at 37∘C in an artery of radius 2.00 mm if the flow is to remain laminar? Take the density of blood to be 1025 kg/m3, and the viscosity to be 2.084×10−3 Pa·s.The viscosity of methane at 20 °C and 1 atm pressure is 1.09x10-4 Calculate the average collision diameter in cm.
- A solution containing 100 lbm KNO 3/100 lbm H 2O at 80°C is fed to a cooling crystallizer operated at 25°C. Slurry from the crystallizer (KNO3 crystals suspended in saturated solution) is fed to a filter, where the crystals are separated from the solution. Use the solubility data in Figure 6.5-1 to determine the production rate of crystals (lbm/lbm feed) and the solid-to-liquid mass ratio (lbm crystals/lbm liquid) in the slurry leaving the crystallizer.An Ostwald viscometer was used to determine the time of flow of syrup at 20 °C. Data for Water:Time of flow: 0.23 secondsDensity at 20 °C: 0.998 g/cm³Viscosity: 0.0101 poiseData for Syrup:Time of flow: 1.42 secondsDensity at 20 °C: 1.153 g/cm³ 1. What is the fluidity of water? 2. From the computed viscosity of syrup, what will be its kinematic viscosity? 3. From the computed viscosity of syrup, what will be its fluidity? 4. What is the viscosity of syrup? 5. What is the kinematic viscosity of water?Fabrication of a pre-stressed multi-layered diefor hydro-extrusion requires fitting of a tungstencylinder with 50.00mm diameter into a thick ring of stainless steel 316with internal diameter 49.94mm. To what temperature must the die components be heated for the cylinderto just fit into the hole?The thermal expansion coefficients for tungsten and steel 316 are a(W) = 4.5 *10^(-6)(°C)^(-1) and a(316 steel) = 16.0 *10^(-6)(°C)^(-1)
- An Ostwald viscometer was used to determine the time of flow of syrup at 20 °C. Data for Water:Time of flow: 0.23 secondsDensity at 20 °C: 0.998 g/cm³Viscosity: 0.0101 poiseData for Syrup:Time of flow: 1.42 secondsDensity at 20 °C: 1.153 g/cm³ Input all numerical answers to the 3rd decimal place 1. What is the viscosity of syrup? * 2. From the computed viscosity of syrup, what will be its fluidity? 3. What is the kinematic viscosity of water? 4. From the computed viscosity of syrup, what will be its kinematic viscosity? 5. What is the fluidity of water?Fluid Statics Please provide a complete and readable solution for the problem if necessary and an explanation. Thank you!A solid surface with dimension 2.5 mm x 3.0 mm is exposed to argon gas at 90 Pa and 500 K. Calculate the (a) collision frequency and (b) number of collisions in 10 s.