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8. Two compartment vessel contains a fluid in each section. For the first compartment the fluid density is 1,300 kg per cubic meter and for the second compartment the density is 600 kg per cubic meter. The partition is removed and the fluid mixed. Determine the density of the mixture if: a) the masses are equal b) the fluid volumes are equal.

8. Two compartment vessel contains a fluid in each section. For the first compartment the fluid density is 1,300 kg per cubic meter and for the second compartment the density is 600 kg per cubic meter. The partition is removed and the fluid mixed. Determine the density of the mixture if: a) the masses are equal b) the fluid volumes are equal.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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8. Two compartment vessel contains a fluid in each section. For the first compartment the fluid density is 1,300 kg per cubic meter and for the second compartment the density is 600 kg per cubic meter. The partition is removed and the fluid mixed. Determine the density of the mixture if: a) the masses are equal b) the fluid volumes are equal.
Transcribed Image Text:8. Two compartment vessel contains a fluid in each section. For the first compartment the fluid density is 1,300 kg per cubic meter and for the second compartment the density is 600 kg per cubic meter. The partition is removed and the fluid mixed. Determine the density of the mixture if: a) the masses are equal b) the fluid volumes are equal.
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