3. A long capillary tube of radius r is put in contact with surface of a perfectly wetting liquid of density p and very low viscosity. What maximum height h the liquid can rise inside the capillary?...


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3. A long capillary tube of radius r is put in contact with surface of a<br>perfectly wetting liquid of density p and very low viscosity. What<br>maximum height h the liquid can rise inside the capillary? Here height<br>is measured above the level of the liquid outside the capillary. Surface<br>tension of the liquid and acceleration due to gravity are denoted by o<br>and g respectively.<br>20<br>(a) h =<br>pgr<br>40<br>(b) h =<br>pgr<br>20<br>40<br><h<<br>(d) Insufficient information<br>pgr<br>Pgr<br>

Extracted text: 3. A long capillary tube of radius r is put in contact with surface of a perfectly wetting liquid of density p and very low viscosity. What maximum height h the liquid can rise inside the capillary? Here height is measured above the level of the liquid outside the capillary. Surface tension of the liquid and acceleration due to gravity are denoted by o and g respectively. 20 (a) h = pgr 40 (b) h = pgr 20 40 <>< (d)="" insufficient="" information="" pgr="">

Jun 11, 2022
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