4. Develop the K for the relationship T = Kcp ŋ SN for the cone-and- plate rheometer; plate of radius R and cone angle 0 ( 5d leave this general but assume it is < 5 degrees), with the cone touching the plate at its apex. ŋ is the viscosity assuming Newtonian behavior. Concentric Cylinders Cone and Parallel Plates Plate

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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4. Develop the K for the relationship T = Kcp n SN for the cone-and- plate
rheometer; plate of radius Rand cone angle 0 ( 5d leave this general but
assume it is < 5 degrees), with the cone touching the plate at its apex. n is
the viscosity assuming Newtonian behavior.
Concentric
Cone and
Plate
Parallel
Cylinders
Plates
Transcribed Image Text:4. Develop the K for the relationship T = Kcp n SN for the cone-and- plate rheometer; plate of radius Rand cone angle 0 ( 5d leave this general but assume it is < 5 degrees), with the cone touching the plate at its apex. n is the viscosity assuming Newtonian behavior. Concentric Cone and Plate Parallel Cylinders Plates
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