2. The 1-m diameter cylinder in the figure is 8 meters long (dimension perpendicular to the paper) and rests in static equilibrium against a frictionless wall at B. 0.5m B Draw the free body diagram of the cylinder. Label all external forces. Water Calculate the horizontal reaction at B. Calculate the specific gravity of the cylinder. If the same cylinder is taken out and dropped in water, Will the cylinder float or sink? Explain. Calculate the buoyant force that will act on the cylinder. Comment on the stability of the cylinder.
2. The 1-m diameter cylinder in the figure is 8 meters long (dimension perpendicular to the paper) and rests in static equilibrium against a frictionless wall at B. 0.5m B Draw the free body diagram of the cylinder. Label all external forces. Water Calculate the horizontal reaction at B. Calculate the specific gravity of the cylinder. If the same cylinder is taken out and dropped in water, Will the cylinder float or sink? Explain. Calculate the buoyant force that will act on the cylinder. Comment on the stability of the cylinder.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:2. The 1-m diameter cylinder in the figure is
8 meters long (dimension perpendicular to
the paper) and rests in static equilibrium
against a frictionless wall at B.
0.5m
Draw the free body diagram of
the cylinder. Label all external forces.
the
Water
Calculate
horizontal
reaction at B.
Calculate the specific gravity of
the cylinder.
If the same cylinder is taken out and dropped in water,
Will the cylinder float or sink? Explain.
Calculate the buoyant force that will act on the cylinder.
Comment on the stability of the cylinder.
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