HOME WORK1: In Figure below if a metlic cube of a 12 inch side length weighing 46 kg, floats at a two layer fluids mercury and sea water. Determine the position of the block at mercury- water interface when it has reached equilibrium. (mass density of sea water = 63.92623 Ib/ft?) and for mercury = 845 Ib/ft³). Sea water 12 in. Cube Mercury
HOME WORK1: In Figure below if a metlic cube of a 12 inch side length weighing 46 kg, floats at a two layer fluids mercury and sea water. Determine the position of the block at mercury- water interface when it has reached equilibrium. (mass density of sea water = 63.92623 Ib/ft?) and for mercury = 845 Ib/ft³). Sea water 12 in. Cube Mercury
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![HOME WORK1:
In Figure below if a metlic cube of a 12 inch side length weighing 46 kg, floats at a two
layer fluids mercury and sea water. Determine the position of the block at mercury-
water interface when it has reached equilibrium. (mass density of sea water = 63.92623
Ib/ft³) and for mercury = 845 Ib/ft°).
Sea water
12 in,
Cube
Mercury](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F79297afe-8432-4568-8604-c2ac98430b71%2F30870126-9c5e-42b1-82d4-1abad6e82607%2F3q0dj8b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:HOME WORK1:
In Figure below if a metlic cube of a 12 inch side length weighing 46 kg, floats at a two
layer fluids mercury and sea water. Determine the position of the block at mercury-
water interface when it has reached equilibrium. (mass density of sea water = 63.92623
Ib/ft³) and for mercury = 845 Ib/ft°).
Sea water
12 in,
Cube
Mercury
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