Exercise 2We want to determine the density p, of a liquid L2. To do this, let's pour waterinto a bath which will be placed in contact with a vertical wall of width b= 100cm and height h= 2m. The free surface of the liquid L2 is located at a distance a=700mm from the freeRLiquid TheZWaterX1/a-Determine the resultant of the pressure forces R, exerted by the water on the vertical wall.b-Determine the position Ze of the center of thrust of this resultant.2/ a- Determine the resultant of the pressure forces R. exerted by the liquid L, on the verticalwall as a function of p2.b-Determine the Zez position of the center of thrust of this resultant3/ Determine the force F exerted by the air on the non-wet part of the vertical wall.4/ By balancing the vertical wall, deduce the density p. of the liquid L2.

Name: Exercise 2We want to determine the density p, of a liquid L2. To do t
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Description: Exercise 2We want to determine the density p, of a liquid L2. To do this, let's pour waterinto a bath which will be placed in contact with a vertical wall of width b= 100cm and height h= 2m. The free surface of the liquid L2 is located at a distance

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Mechanical Engineering

We want to determine the density p, of a liquid L2. To do this, let's pour water into a bath which will be placed in contact with a vertical wall of width be 100cm and height h 2m. The free surface of the liquid L2 is located at a distance a 700mm from the free surface of the water Air

We want to determine the density p, of a liquid L2. To do this, let's pour water into a bath which will be placed in contact with a vertical wall of width be 100cm and height h 2m. The free surface of the liquid L2 is located at a distance a 700mm from the free surface of the water Air

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter8: Centroids And Distributed Loads

Section: Chapter Questions

Problem 8.121P: One side of the container has a 03-m square door that is hinged at its top edge. If the container is...

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