If the viscosity of water at 68° F is 0.01008 poise, compute its absolute viscosity in pound-seconds per square foot. If the specific gravity at 68° F is 0.998, compute its kinematic viscosity in...

Please answer the problems. Show the complete solution.If the viscosity of water at 68° F is 0.01008 poise, compute its absolute viscosity in<br>pound-seconds per square foot. If the specific gravity at 68° F is 0.998, compute its<br>kinematic viscosity in square feet per second.<br>i.<br>Final Answer: 2.11x105 lb.-s/ft² ; 1.09x10-5 ft2/s<br>A square block weighing 1.1 kN and 250 mm on an edge slide down<br>j.<br>an incline (20° with horizontal) on a film of oil 6.0 micrometer thick.<br>Assuming a linear velocity profile in the oil, what is the terminal<br>speed of the block? The viscosity of oil is 7mPa-s.<br>6in<br>5in<br>Final Answer: 5.16 m/s<br>

Extracted text: If the viscosity of water at 68° F is 0.01008 poise, compute its absolute viscosity in pound-seconds per square foot. If the specific gravity at 68° F is 0.998, compute its kinematic viscosity in square feet per second. i. Final Answer: 2.11x105 lb.-s/ft² ; 1.09x10-5 ft2/s A square block weighing 1.1 kN and 250 mm on an edge slide down j. an incline (20° with horizontal) on a film of oil 6.0 micrometer thick. Assuming a linear velocity profile in the oil, what is the terminal speed of the block? The viscosity of oil is 7mPa-s. 6in 5in Final Answer: 5.16 m/s

Jun 11, 2022
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