The figure shown below, if the viscosity of the liquid between the truncated cone and the stator is. Find the amount of torque (T) required to rotate the truncated cone at a constant angle (N) for the information below a= 40° N= 20 r.p.m a = 0.2 m b= 0.4 m Y =6 mm H = 1.48 Pa. s Note: Assume a linear velocity distribution
The figure shown below, if the viscosity of the liquid between the truncated cone and the stator is. Find the amount of torque (T) required to rotate the truncated cone at a constant angle (N) for the information below a= 40° N= 20 r.p.m a = 0.2 m b= 0.4 m Y =6 mm H = 1.48 Pa. s Note: Assume a linear velocity distribution
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![The figure shown below, if the viscosity of the liquid between
the truncated cone and the stator is. Find the amount of torque
(T) required to rotate the truncated cone at a constant angle (N)
for the information below
a= 40°
N= 20 r.p.m
a = 0.2 m
b= 0.4 m
Y =6 mm
H = 1.48 Pa. s
Note: Assume a linear velocity distribution](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff6eb7495-4f94-4faf-83de-e487564a0095%2F79d5b74c-43af-487f-a469-38e728275ae7%2Ftqtr417.jpeg&w=3840&q=75)
Transcribed Image Text:The figure shown below, if the viscosity of the liquid between
the truncated cone and the stator is. Find the amount of torque
(T) required to rotate the truncated cone at a constant angle (N)
for the information below
a= 40°
N= 20 r.p.m
a = 0.2 m
b= 0.4 m
Y =6 mm
H = 1.48 Pa. s
Note: Assume a linear velocity distribution
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