Describe Components of Menard-type pressuremeter.

Please refer to the attached drawing. For the case study shown, do the following: Label the following at points 1 and 2: velocity head, pressure head, and static head. Draw the EGL and HGL. Use equations (e.g. continuity, energy, and the equations for EGL and HGL) and logic to describe what happens at each transition point.

Explain about the Dilatometer and Pressure meter Tests.

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Please solve this problem using Moody's Diagram. Aslo, please show the reynold's number that you are getting

Explain operating principles for Menard-type pressuremeter.

PROBLEM SOLVING: (BOX YOUR FINAL ANSWER) A square plate having one of its side equal to 3.X meters is immersed in water in a vertical position such that the two edges of the square would be horizontal in order that the center of pressure shall be 8cm from the center of gravity. a. How far below the water surface should the upper portion of the plate be submerged? b. What is the distance of the center of pressure from the water surface? c. Determine the hydrostatic force acting on the plate at this position. Notes: X = 7 3.7 meters is immersed

Describe Permeability (Hydraulic Conductivity).

Please only provide the correct answer choices for the following:

Please refer to the attached drawing. For the given case study, do the following: a. Label the following at points 1 and 2: velocity head, pressure head and static head. b. Draw the EGL and HGL.  c. Use equations (e.g. continuity, energy, and the equations for EGL and HGL) and logic to describe what happens at eash transition point.