Figure P6.8 shows a tube with two sections, each with a different diameter, d1 and d2. The
Question:
Figure P6.8 shows a tube with two sections, each with a different diameter, d1 and d2. The tube is placed in the water bath as shown.
(a) How high above the phreatic surface will the water rise in the tube due to capillarity? What is the pore pressure at the surface of the capillary rise?
(b) If the capillary rise you found in part (a) occurred in a soil, what would you estimate as the soil's D10?
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For pure water at 20 deg C use Eq 65 to calculate height of capillary rise h c 0...View the full answer
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Related Book For 
An Introduction to Geotechnical Engineering
ISBN: 978-0132496346
2nd edition
Authors: Robert D. Holtz, William D. Kovacs, Thomas C. Sheahan
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