The time required for peanut oil to flow between the two marks on the Ostwald viscometer was 2400 sec and 120 sec for water with 0.8904 cp viscosity at 25°C. The densities of peanut oil and water are 2.5 g/cm3 and 0.997 5 g/cm3 respectively. Compute for the following: Viscosity of peanut oil Kinematic viscosity of peanut oil Relative viscosity of peanut oil with water Note: Answer should be in three decimal places A) n =? cp B) nkin = ? cp C) nrel = ?

The time required for peanut oil to flow between the two marks on the Ostwald viscometer was 2400 sec and 120 sec for water with 0.8904 cp viscosity at 25°C. The densities of peanut oil and water are 2.5 g/cm3 and 0.997 5 g/cm3 respectively. Compute for the following: Viscosity of peanut oil Kinematic viscosity of peanut oil Relative viscosity of peanut oil with water Note: Answer should be in three decimal places A) n =? cp B) nkin = ? cp C) nrel = ?

Solid Waste Engineering

3rd Edition

ISBN:9781305635203

Author:Worrell, William A.

Publisher:Worrell, William A.

Chapter5: Separation Processes

Section: Chapter Questions

Problem 5.32P

See similar textbooks

Similar questions

A rectangular plate of aluminum with a specific gravity of 2.7 is floating between a mercury-water interface. Specific gravity of mercury is 13.56. 10.0 Determine the ratio of the depths of the portion of the plate submerged in water to that portion submerged in steel. a.) 0.16 c.) 0.25 e.) b.) 3.94 d.) 6.39 11.0 Determine the depth submerged in water if the portion submerged in mercury is 20 mm. c.) 5 mm d.) 3 mm a.) 128 mm e.) b.) 79 mm
Given that the absorption capacity of a sample of aggregates is 8.7% and the oven-dry mass of the sample is 1000 g. Determine the mass of water that this sample 'can absorb. O A. 43.50 O B. 8.70 O C. 870.00 O D. 0.87 O E. 87.00
Calculate Fr and Yr using the prism method of solution
40. Situation 14 - A calibration test of a 0.00785 m2 circular sharp-edged orifice in a vertical side of a large tank showed a discharge of 22,300 N of water in 1 minute and 40 seconds at a constant head of 1.20 m. Measurement of the jet showed that it traveled 1.92 m. horizontally while dropping 0.80 m. a. What is the nearest value of the coefficient of contraction? Round off to four decimal places. b. What is the nearest value of the coefficient of velocity? Round off to four decimal places. c. What is the nearest value of the coefficient of discharge? Round off to four decimal places.
What is hydrograph separation? Describe briefly with sketch the methods of the hydrograph separation. HHHHH HHHHHHHHHHHH H H HHH
discuss at least five sources of error in measuring anions in rainwater through ion chromatography (label them as random or systematic errors).
Medium oil having a sp.gr. of 0.90 flows through a 120 mm diameter pipe with a mean velocity of 5.3 m/s and friction factor of 0.01. Oil has an absolute viscosity of 0.04 Pa.s. Compute the velocity at 40 mm from the center of the pipe. Group of answer choices 9.845 8.459 4.589 5.489
Problem 8.128 from Ferdinand Beer
A capıllary glass tube of 0.1 mm internal diameter is immersed vertically in a beaker full of waten Assuming the tube to be perfectly clean and wet, determine the height of the capillary rise of water in the tube when the room tamp is 20°C. Given at 20°C unit weight of water = 0.9980 gm/cc and surface tension 72.8 dyne/cm. %3D
Spherical particles of silica of 0.1mm diameter falls in water filled in a glass cylinder of 40mm internal diameter. A. Compute the terminal settling velocity of the silica particles using the computed settling velocity of single particle from previous item when mass ratio of water to silica is 5. B. Calculate the terminal settling velocity of a steel ball, 3mm diameter and of density 7870 kg/m3 in an oil of density 850 kg/m3 and viscosity 0.04 kg/m-s. C.Estimate the terminal settling velocity of single particle of silica.
Plot the calibration curve for this meter.
The following data is the result in performing the ASTM C128, Determine the Absorption Mass of Pycnometer Mass of pycnometer filled with water 250.00 1,160.00 Mass of SSD sample 900.00 Mass specimen and water Mass of oven-dried sample of pycnometer with 1,724.00 895.00 A None of the above B 0.56% 56% D 5.6%