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3) Two hemispherical shells are bolted together as shown in the figure. The resulting spherical container, which weighs 300 lb, is filled with mercury and supported by a cable as shown. The container is vented at the top. If eight bolts are symmetrically located around the circumference, what is the vertical force that each bolt must carry? Cable Vent Sphere diameter 3 ft A) 1980 lb B) 1890 lb C) 1980 k D) 1890 k

3) Two hemispherical shells are bolted together as shown in the figure. The resulting spherical container, which weighs 300 lb, is filled with mercury and supported by a cable as shown. The container is vented at the top. If eight bolts are symmetrically located around the circumference, what is the vertical force that each bolt must carry? Cable Vent Sphere diameter 3 ft A) 1980 lb B) 1890 lb C) 1980 k D) 1890 k

Structural Analysis
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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3) Two hemispherical shells are bolted together as shown in the figure. The resulting spherical container, which weighs 300 lb, is filled with mercury and supported by a cable as shown. The container is vented at the top. If eight bolts are symmetrically located around the circumference, what is the vertical force that each bolt must carry? Cable Vent Sphere diameter = 3 ft A) 1980 lb B) 1890 lb C) 1980 k D) 1890 k
Transcribed Image Text:3) Two hemispherical shells are bolted together as shown in the figure. The resulting spherical container, which weighs 300 lb, is filled with mercury and supported by a cable as shown. The container is vented at the top. If eight bolts are symmetrically located around the circumference, what is the vertical force that each bolt must carry? Cable Vent Sphere diameter = 3 ft A) 1980 lb B) 1890 lb C) 1980 k D) 1890 k
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