A iron body floats in H20 with 40% of its volume on side water When the same body floats in direction of 60 % volume remains outside oil find the specific gravity of iron?

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A iron body floats in H20 with 40% of its volume on side water When the same body floats in direction of 60 % volume remains outside oil find the specific gravity of iron?

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A iron body floats in H20 with 40% of its volume on side water When th...

Since the body is 60% submerged in water, it's density has to be 0.6 g/cc

Since the body remains 40% submerged in oil, the density of oil has to be 0.6/0.4=1.5 g/cc, which is weird since almost all oils have density less than water. But let's go ahead with the question.

Relative density = 1.5/1.0 = 1.5 = K/2

Hence, K = 3

Note: if a body remains x% submerged in a liquid of density y, then the density of the body is (x% of y)

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A iron body floats in H20 with 40% of its volume on side water When the same body floats in direction of 60 % volume remains outside oil find the specific gravity of iron?

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A iron body floats in H20 with 40% of its volume on side water When the same body floats in direction of 60 % volume remains outside oil find the specific gravity of iron? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about A iron body floats in H20 with 40% of its volume on side water When the same body floats in direction of 60 % volume remains outside oil find the specific gravity of iron? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A iron body floats in H20 with 40% of its volume on side water When the same body floats in direction of 60 % volume remains outside oil find the specific gravity of iron?.

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