Can you help me, thank you. An incompressible fluid is being squeezed outward between two large circular disks by the uniform downward motion Vo of the upper disk. Assume onedimensional radial outflow. The volume between the two disks is: +=rr h, and the area of control surface at the outlet to be A, = 2 rhdh(Note: ho = -Vot +ho-VodtUse the control volume shown and calculate the velocity V(r) when Vo=1 mm/s, r=30 cm and h=10 cm.VoCVCVh(t)Fr-V(r)?Fixed circular diskV(r)=7.5 mm/sV(r)=15 mm/sV(r)=1.5 mm/sV(r)=22.5 mm/s

The rate at which fluid is displaced due to the vertical motion of the disc, is getting out via the…

An incompressible fluid is being squeezed outward between two large circular disks by the uniform downward motion Vo of the upper disk. Assume one dimensional radial outflow. The volume between the two disks is: + = mr h, and the area of control surface at the outlet to be A, =2 mrh dh( h = -Vot +ho = -Vo dt Note: Use the control volume shown and calculate the velocity V(r) when Vo=1 mm/s, r=30 cm and h=10 cm. Vo CV CV h(t) V(r)? Fixed circular disk V(r)=7.5 mm/s V(r)=15 mm/s V(r)=1.5 mm/s V(r)=22.5 mm/s

An incompressible fluid is being squeezed outward between two large circular disks by the uniform downward motion Vo of the upper disk. Assume one dimensional radial outflow. The volume between the two disks is: + = mr h, and the area of control surface at the outlet to be A, =2 mrh dh( h = -Vot +ho = -Vo dt Note: Use the control volume shown and calculate the velocity V(r) when Vo=1 mm/s, r=30 cm and h=10 cm. Vo CV CV h(t) V(r)? Fixed circular disk V(r)=7.5 mm/s V(r)=15 mm/s V(r)=1.5 mm/s V(r)=22.5 mm/s

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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