G2 In the Study of rheological properbes ofa Choco Late product, the Viscosity (H.) of theproduct was found to exponentially odependIts shear Stress () ad time of Shear lE).onDeterminea linear HlahonShip between M8t from followng rheological olata)h CN lmm) e 4 3.1 2.65 2.0 1.6l0+62.014.0 16:0 18010.| LQ OSoluhun

The relationship between shear stress and time has been provided. It is asked to find the linear…

G. In the Study of rheological poperbes ot a Choco la te product, the Viscosity CH.) of the product was found to exponentially depend on Its sheae Stress (&) and time of Shear bt) - Determine a linear Hlahonship between HZ t data) from following rheological ņ Culmm) 4 3.1 2-65 9. 0 1.6/ 1-0 2.014.016.0 18010.0 120

G. In the Study of rheological poperbes ot a Choco la te product, the Viscosity CH.) of the product was found to exponentially depend on Its sheae Stress (&) and time of Shear bt) - Determine a linear Hlahonship between HZ t data) from following rheological ņ Culmm) 4 3.1 2-65 9. 0 1.6/ 1-0 2.014.016.0 18010.0 120

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

A pipe of diameter 2.5 m is required to transport an oil of sp.gr. 0.86 & viscosity 3×10- 2 poise at 3750 li/s. Tests were conducted on a 20cm diameter pipe using water at 20oC Find the velocity and rate of flow in the model. Viscosity of water at 20 m= 0.01poise.
Ethylene glycol at 60 deg C with a velocity of 4 cm/s enters a 2.5 cm ID tube. At 60 deg C, the viscosity if 4.75 x 10^-6 sq.m/s. Determine the Reynolds number. Choose the correct answer below and PROVIDE A COMPLETE SOLUTION: a. 2000b. 2100c. 200d. 210
Liquid A(sp gr = 0.95) at a temperature of 29°C is flowing at a rate of 120gal/min in a pipe with an inside diameter of 2.343 in. If the reynold number is 5.6 x 10^5. what is the viscosity of liquid A in centipoise. Final answer in four decimal.
The Reynolds number for a 1-ft-diameter sphere moving at2.3 mi/h through seawater (specifi c gravity 1.027, viscosity1.07 E-3 N ? s/m 2 ) is approximately( a ) 300, ( b ) 3000, ( c ) 30,000, ( d ) 300,000, ( e ) 3,000,000
Q6: Using Raleigh’s method, Analyze an equation to determine the resistance, P of a sphere of diameter, D moving with a velocity, v in an incompressible and unlimited medium of specific mass, ρ and coefficient of viscosity μ
Please answer only when you are sure and give correct answer Thedensity of an oil at 23°C is 750kg / (m ^ 3) Find its relative density and kinematic viscosity if the dynamic viscosity is 5 * 10 ^ - 3 * kg / m * s .
For the flow of gas between two parallel plates of Fig. 1.7,reanalyze for the case of slip fl ow at both walls. Use thesimple slip condition, δu wall = l ( du/dy ) wall , where l isthe mean free path of the fl uid. Sketch the expected velocityprofile and find an expression for the shear stress ateach wall.
A- Womersley number (a) of a human aorta is 20 and for the rabbit aorta is 17, the blood density is approximately the same across the species. The values of viscosity were 0.0035 Ns/m² for the human and 0.0040 Ns/m² for the rabbit. The diameter of the aorta is 2.0 cm for the man, and 0.7 cm for the rabbit, estimate the heart rate beats per minute (bpm) for both species
A steel ball with the density of 6229 kg/m and the radius of 0,65 cm was dropped into the oil whose viscosity was to be measured as isseen in the figure. When the ball attains a constant velocity, the distance that the ball travelled was measured as 99 cm within the time interval of 4,7 sec. Before the experiment, the mass of the 100 ml-oil was measured as 2,1 gr. According to the data given above, find; a) the density of the oil (in kg/m ). (Please do not use any decimal digit.) b) the speed of the steel ball after the ball attains a constant velocity (in m/s). (Please use 4 decimal digits.) c) the dynamic viscosity of the oil (in Pa.s) (Please use 3 decimal digits.) d) the flow Reynolds number. (Please use 4 decimal digits.) Please solve this question step by step to reach correct answers. correct answers: a) 21 b) 0,2106 c) 2,715 d) 0,0212
Taylor number (Ta) is used here to describe the ratio between the inertia effect andthe viscous effect. By applying Buckingham Pi’s Theorem, determine an equation forTa as a function of the radius of inner cylinder (r), cylinder tangential velocity (v),fluid dynamic viscosity (μ), gap distance (L) and fluid density (ρ).
Cell culture media is flowing through a cylindrical tube at a volumetric flow rate of 12 ml/s. The tube has a diameter of 0.8 cm and length of 12cm. Assume the viscosity of the media is 1.2 cP (0.0012 Pa s). a. What is the shear rate at the wall of the tube ? b. What is the shear rate at the centerline of the tube ? c. What is the shear stress at the wall of the tube ?
Figure 0 shows the change in density of a newtonian fluid with temperature, ing/m^3.Falling spere experiments give average times of 0.2s @ 10 c and 0.23s @ 20 cUsing the equation u=K(ps-pf)tWhere K is found to be 1.34Ps=2300 kg/m3Calculate the viscosity of the fluid at 20 c and 10 c