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5. An object of density 0.5678 kg/m° is floating in a fluid of density 1.543 kg/m³. What percent of the object is underneath the fluid?

5. An object of density 0.5678 kg/m° is floating in a fluid of density 1.543 kg/m³. What percent of the object is underneath the fluid?

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Answer question 5 in the attached image please

5. An object of density 0.5678 kg/m° is floating in a fluid of density 1.543 kg/m. What percent of the object is underneath the fluid? 6. Steam (ideal fluid) is rushing steadily from a boiler through a slowly varying conical pipe, the diameters of the ends being 2a and 5a/2, respectively. Assume that the body forces are absent. If U and V are the uniform velocities at the ends, prove that U 25 - еxp 16 where pressure P= pk, k being a positive constant. V 2k
Transcribed Image Text:5. An object of density 0.5678 kg/m° is floating in a fluid of density 1.543 kg/m. What percent of the object is underneath the fluid? 6. Steam (ideal fluid) is rushing steadily from a boiler through a slowly varying conical pipe, the diameters of the ends being 2a and 5a/2, respectively. Assume that the body forces are absent. If U and V are the uniform velocities at the ends, prove that U 25 - еxp 16 where pressure P= pk, k being a positive constant. V 2k
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