Mercury (density = 13600 kg/m2, o = 0.49 N/m,0 = 0°) is contained in a wide beaker. A 2 mminternal diameter open-ended capillary tube is%D%3Dinserted in the middle of the beaker into themercury. The meniscus in the tube will be belowthe external mercury surface by how muchdistance?

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Mercury (density = 13600 kg/m³, o = 0.49 N/m, 0 = 0°) is contained in a wide beaker. A 2 mm internal diameter open-ended capillary tube is %3D inserted in the middle of the beaker into the mercury. The meniscus in the tube will be below the external mercury surface by how much distance?

Mercury (density = 13600 kg/m³, o = 0.49 N/m, 0 = 0°) is contained in a wide beaker. A 2 mm internal diameter open-ended capillary tube is %3D inserted in the middle of the beaker into the mercury. The meniscus in the tube will be below the external mercury surface by how much distance?

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Mercury (density = 13600 kg/m2, o = 0.49 N/m,
0 = 0°) is contained in a wide beaker. A 2 mm
internal diameter open-ended capillary tube is
%D
%3D
inserted in the middle of the beaker into the
mercury. The meniscus in the tube will be below
the external mercury surface by how much
distance?

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