Answer:
The dynamic viscosity and kinematic viscosity are 
lb-s/in2 and 
in2/s.
Explanation:
Step1
Given:
Inner diameter is 2.00 in.
Gap between cups is 0.2 in.
Length of the cylinder is 2.5 in.
Rotation of cylinder is 10 rev/min.
Torque is 0.00011 in-lbf.
Density of the fluid is 850 kg/m3 or 0.00095444 slog/in³.
Step2
Calculation:
Tangential force is calculated as follows:
T= Fr
F = 0.00011 lb.
Step3
Tangential velocity is calculated as follows:
V=1.0472 in/s.
Step4
Apply Newton’s law of viscosity for dynamic viscosity as follows:
lb-s/in².
Step5
Kinematic viscosity is calculated as follows:
in2/s.
Thus, the dynamic viscosity and kinematic viscosity are lb-s/in2 and in2/s.
Answer:
I hot u
Explanation:
it makes things function better and more fluently than a manual version of the certain object
Answer:
the nation will suffer terrible consequences
Explanation:
I did that and got it right
I think because if you’ve already turned it in they might as well grade asap instead of waiting
Answer:
Answer to the following question is as follow.
Explanation:
Civil engineering industrial development projects have a significant influence on the environment, particularly in terms of excessive noise, environmental pollution, and land shrinkage.
Engineers have totally transformed our environment, from contemporary dwellings to bridges, space flight, automobiles, and cutting-edge mobile technologies. Engineers utilise their expertise to build new and exciting prospects and address any difficulties that may occur, and they employ their innovative ideas to accomplish so.
