段階的に解決し、人工知能を使用せず、優れた仕事を行いますご支援ありがとうございましたSOLVE STEP BY STEP IN DIGITAL FORMATDON'T USE CHATGPT | DON'T USE CHATGPT DON'T USE CHATGPTThe study of the rheological properties of a solution with an emulsifying additive is carried out in a concentriccylinder viscometer. The radius of the internal cylinder is 5 cm, and the space between both cylinders is 3 mm.Measurements are carried out at 25°C. The equipment software showed the following values:Deformation (1/s) 1.2Stress (N/m^2) 1841.7 2.6 3.9 5.7 8.5 13 19 28 42 62 92190 193 203 212 215 219 223 228 233 239 245With the previous data determine:1. The rheological model (What type of fluid is it?)2. The rheological equation including the value of the constants of said expression.3. The value of the apparent viscosity (μ_A = T/y), from the rheological equation, at a deformation of 10.5 s^-14. Suppose that you have a sample of the solution under study at 25°C and you need to determine the densityusing a pycnometer with a volume of 26ml and a mass of 35g. After filling the pycnometer with the solution,the total mass (pycnometer + solution) obtained is 54.3g. Calculate the density of the solution under study ing/m^3.

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The study of the rheological properties of a solution with an emulsifying additive is carried out in a concentric cylinder viscometer. The radius of the internal cylinder is 5 cm, and the space between both cylinders is 3 mm. Measurements are carried out at 25°C. The equipment software showed the following values: 28 42 62 92 Deformation (1/s) 1.2 1.7 2.6 3.9 5.7 8.5 13 19 Stress (N/m^2) 190 193 203 212 215 219 223 228 233 239 245 184 With the previous data determine: 1. The rheological model (What type of fluid is it?) 2. The rheological equation including the value of the constants of said expression. 3. The value of the apparent viscosity (μ_A = T/y), from the rheological equation, at a deformation of 10.5 s^-1 4. Suppose that you have a sample of the solution under study at 25°C and you need to determine the density using a pycnometer with a volume of 26ml and a mass of 35g. After filling the pycnometer with the solution, the total mass (pycnometer + solution) obtained is 54.3g. Calculate the density of the solution under study in g/m^3.

The study of the rheological properties of a solution with an emulsifying additive is carried out in a concentric cylinder viscometer. The radius of the internal cylinder is 5 cm, and the space between both cylinders is 3 mm. Measurements are carried out at 25°C. The equipment software showed the following values: 28 42 62 92 Deformation (1/s) 1.2 1.7 2.6 3.9 5.7 8.5 13 19 Stress (N/m^2) 190 193 203 212 215 219 223 228 233 239 245 184 With the previous data determine: 1. The rheological model (What type of fluid is it?) 2. The rheological equation including the value of the constants of said expression. 3. The value of the apparent viscosity (μ_A = T/y), from the rheological equation, at a deformation of 10.5 s^-1 4. Suppose that you have a sample of the solution under study at 25°C and you need to determine the density using a pycnometer with a volume of 26ml and a mass of 35g. After filling the pycnometer with the solution, the total mass (pycnometer + solution) obtained is 54.3g. Calculate the density of the solution under study in g/m^3.

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

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