A steel beam is suspended completely under water by a cable that is attached to one end of the beam, so it hangs vertically. Another identical beam is also suspended completely under water, but by a cable that is attached to the center of the beam, so it hangs horizontally. Which beam, if either, experiences the greater buoyant force? Neglect any change in water density with depth. O The beam that hangs vertically experiences the greater buoyant force. O The beam that hangs horizontally experiences the greater buoyant force. O They experience the same buoyant force.

College Physics
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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A pot is partially filled with water, in which a plastic cup is floating. Inside the floating cup is a small block of lead. When the lead block is
removed from the cup and placed into the water, it sinks to the bottom. When this happens, does the water level in the pot rise, fall, or
remain the same?
O rise
O fall
O remain the same
Transcribed Image Text:A pot is partially filled with water, in which a plastic cup is floating. Inside the floating cup is a small block of lead. When the lead block is removed from the cup and placed into the water, it sinks to the bottom. When this happens, does the water level in the pot rise, fall, or remain the same? O rise O fall O remain the same
A steel beam is suspended completely under water by a cable that is attached to one end of the beam, so it hangs vertically. Another
identical beam is also suspended completely under water, but by a cable that is attached to the center of the beam, so it hangs
horizontally. Which beam, if either, experiences the greater buoyant force? Neglect any change in water density with depth.
O The beam that hangs vertically experiences the greater buoyant force.
O The beam that hangs horizontally experiences the greater buoyant force.
O They experience the same buoyant force.
Transcribed Image Text:A steel beam is suspended completely under water by a cable that is attached to one end of the beam, so it hangs vertically. Another identical beam is also suspended completely under water, but by a cable that is attached to the center of the beam, so it hangs horizontally. Which beam, if either, experiences the greater buoyant force? Neglect any change in water density with depth. O The beam that hangs vertically experiences the greater buoyant force. O The beam that hangs horizontally experiences the greater buoyant force. O They experience the same buoyant force.
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