A hollow container in the shape of a truncated cone floats in oil (d.r.=0.9), with half of its total height submerged, when attached to a block of weight 150 Kg. as shown in the figure. Determine: A) The weight of the prism in Kg B) If the rope that joins the cone to the block is cut of 150 kg, will the container float or sink?
A hollow container in the shape of a truncated cone floats in oil (d.r.=0.9), with half of its total height submerged, when attached to a block of weight 150 Kg. as shown in the figure. Determine: A) The weight of the prism in Kg B) If the rope that joins the cone to the block is cut of 150 kg, will the container float or sink?
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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Question
A hollow container in the shape of a truncated cone floats
in oil (d.r.=0.9), with half of its total height
submerged, when attached to a block of weight 150
Kg. as shown in the figure. Determine:
A) The weight of the prism in Kg
B) If the rope that joins the cone to the block is cut
of 150 kg, will the container float or sink?
Demonstrate and explain. Don't take stability into account
of the container
Transcribed Image Text:h=90cm
Ө
R=40cm
-r=25cm 45 cm
150 kg
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