the tank is 3m wide into the paper as shown. Calculate: 1. the magnitude and location of horizontal force. 2. the magnitude and location of vertical force. 3. resultant force.
the tank is 3m wide into the paper as shown. Calculate: 1. the magnitude and location of horizontal force. 2. the magnitude and location of vertical force. 3. resultant force.
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
Related questions
Topic Video
Question
![A M IY:17
اسئلة امتحان شهري #1. . . 0
->
1, Smm
01:
A plate having an area of 0.6 m is sliding down the
inclined plane as shown in figure with a velocity of
0.36 m/s. There is a cushion of fluid 1.8mm thick
between the plane and the plate. Find the viscosity
(u) of fluid if the weight of the plate is 280N.
Plate
Fluid-
Q2:
A square (2.75m x 2.75m) lies in a
vertical plane. Calculate the distance
between the center of pressure and
centroid, and the total force on the square
when its upper edge is 15m below the
water surface.
Water
03:
the tank is 3m wide into the paper as shown. Calculate:
1. the magnitude and location of horizontal force.
2. the magnitude and location of vertical force.
3. resultant force.
II
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Transcribed Image Text:A M IY:17
اسئلة امتحان شهري #1. . . 0
->
1, Smm
01:
A plate having an area of 0.6 m is sliding down the
inclined plane as shown in figure with a velocity of
0.36 m/s. There is a cushion of fluid 1.8mm thick
between the plane and the plate. Find the viscosity
(u) of fluid if the weight of the plate is 280N.
Plate
Fluid-
Q2:
A square (2.75m x 2.75m) lies in a
vertical plane. Calculate the distance
between the center of pressure and
centroid, and the total force on the square
when its upper edge is 15m below the
water surface.
Water
03:
the tank is 3m wide into the paper as shown. Calculate:
1. the magnitude and location of horizontal force.
2. the magnitude and location of vertical force.
3. resultant force.
II
<>
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