From the figure shown below, the surface tension for a water-glass interface is 0.078N/m, d=15mm 7. Calculate the capillary rise in the tube in mm. d a. 6.3455 mm b. 4.7299 mm c. 2.1203 mm d. 5.3154...


From the figure shown below, the surface tension for a water-glass interface is 0.078N/m, d=15mm<br>7. Calculate the capillary rise in the tube in mm.<br>d<br>a. 6.3455 mm<br>b. 4.7299 mm<br>c. 2.1203 mm<br>d. 5.3154 mm<br>8. Determine the total force due tO surface tension in N.<br>h<br>a. 2.90x10-4 N<br>b. 3.68x10-3N<br>c. 1.85x10 4N<br>d. 4.18x103 N<br>

Extracted text: From the figure shown below, the surface tension for a water-glass interface is 0.078N/m, d=15mm 7. Calculate the capillary rise in the tube in mm. d a. 6.3455 mm b. 4.7299 mm c. 2.1203 mm d. 5.3154 mm 8. Determine the total force due tO surface tension in N. h a. 2.90x10-4 N b. 3.68x10-3N c. 1.85x10 4N d. 4.18x103 N

Jun 10, 2022
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