he ocean's pressure at a depth of 9.9 km is 79.09 MPA. Recognizing that the unit volume weight of the ocean on the surface is 10,909 kN / m3, the modulus of elasticity for the pressure change between the surface of the ocean and a depth of 9,9 km is 2,909 GPa; a) find the change in specific volume between the surface and the depth of 9.9 km of the ocean. b) find the specific volume at a depth of 9.9 km. c) find a unit volume weight at a depth of 9.9 km.
he ocean's pressure at a depth of 9.9 km is 79.09 MPA. Recognizing that the unit volume weight of the ocean on the surface is 10,909 kN / m3, the modulus of elasticity for the pressure change between the surface of the ocean and a depth of 9,9 km is 2,909 GPa; a) find the change in specific volume between the surface and the depth of 9.9 km of the ocean. b) find the specific volume at a depth of 9.9 km. c) find a unit volume weight at a depth of 9.9 km.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The ocean's pressure at a depth of 9.9 km is 79.09 MPA. Recognizing that the unit volume weight of the ocean on the surface is 10,909 kN / m3, the modulus of elasticity for the pressure change between the surface of the ocean and a depth of 9,9 km is 2,909 GPa;
a) find the change in specific volume between the surface and the depth of 9.9 km of the ocean.
b) find the specific volume at a depth of 9.9 km.
c) find a unit volume weight at a depth of 9.9 km.
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