Q1] As shown in Fig. (1), a thin plate is pulled in a gap between two large fixed plates at a constant velocity of (0.16 m/sec.). If viscosity of oil 1 is three times viscosity of oil 2 and the resulting force (F) on both sides of the thin plate (due to viscous shear) is (30N), determine the viscosities of oilş. Assume linear velocity distribution.
Q1] As shown in Fig. (1), a thin plate is pulled in a gap between two large fixed plates at a constant velocity of (0.16 m/sec.). If viscosity of oil 1 is three times viscosity of oil 2 and the resulting force (F) on both sides of the thin plate (due to viscous shear) is (30N), determine the viscosities of oilş. Assume linear velocity distribution.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Fluid mechanics
Transcribed Image Text:1 cm
oil 2
F
\Thin plate (surface
area = 1 m³)
oil 1
2 cm
Fig. (1)
1-2
![Q1] As shown in Fig. (1), a thin plate is pulled in a gap between two large fixed plates
at a constant velocity of (0.16 m/sec.). If viscosity of oil 1 is three times viscosity of oil
2 and the resulting force (F) on both sides of the thin plate (due to viscous shear) is
(30N), determine the viscosities of oilş. Assume linear velocity distribution.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F20ff780f-fb38-4ab5-b562-9afc1a397dea%2F0ba6f5ed-c99c-4d9d-8f18-19777b805bf6%2Furx0zb2_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1] As shown in Fig. (1), a thin plate is pulled in a gap between two large fixed plates
at a constant velocity of (0.16 m/sec.). If viscosity of oil 1 is three times viscosity of oil
2 and the resulting force (F) on both sides of the thin plate (due to viscous shear) is
(30N), determine the viscosities of oilş. Assume linear velocity distribution.
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