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b) Pfluid Wood h d, wood = Fluid Plastic h d, plastic Figure Q2b A cylinder wood block (SG wood 0.4) is floating in a fluid (SGfluid = 0.85) as shown in Figure Q2b. The diameter and height of the cylinder wood block are 2.0 m and 2.0 m, respectively. When a plastic block with the same dimension is dropped into the same fluid, the depth of the plastic block, hd, plastic immersed in the fluid is 1.7 m. Determine: [CO2:PO2] i) the depth, hd, wood (m) of the wood block that immersed in the fluid, and ii) the density (kg/m³) of the plastic.

b) Pfluid Wood h d, wood = Fluid Plastic h d, plastic Figure Q2b A cylinder wood block (SG wood 0.4) is floating in a fluid (SGfluid = 0.85) as shown in Figure Q2b. The diameter and height of the cylinder wood block are 2.0 m and 2.0 m, respectively. When a plastic block with the same dimension is dropped into the same fluid, the depth of the plastic block, hd, plastic immersed in the fluid is 1.7 m. Determine: [CO2:PO2] i) the depth, hd, wood (m) of the wood block that immersed in the fluid, and ii) the density (kg/m³) of the plastic.

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
Problem 1.1MA
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I need help to solve this thermofluid question
b) V Pfluid Wood h d, wood Determine: [CO2:PO2] i) the depth, hd, wood ii) the density (kg/m³) of the plastic. Fluid Plastic h d, plastic Figure Q2b A cylinder wood block (SGwood = 0.4) is floating in a fluid (SGfluid = 0.85) as shown in Figure Q2b. The diameter and height of the cylinder wood block are 2.0 m and 2.0 m, respectively. When a plastic block with the same dimension is dropped into the same fluid, the depth of the plastic block, ha immersed in the fluid is 1.7 m. plastic (m) of the wood block that immersed in the fluid, and
Transcribed Image Text:b) V Pfluid Wood h d, wood Determine: [CO2:PO2] i) the depth, hd, wood ii) the density (kg/m³) of the plastic. Fluid Plastic h d, plastic Figure Q2b A cylinder wood block (SGwood = 0.4) is floating in a fluid (SGfluid = 0.85) as shown in Figure Q2b. The diameter and height of the cylinder wood block are 2.0 m and 2.0 m, respectively. When a plastic block with the same dimension is dropped into the same fluid, the depth of the plastic block, ha immersed in the fluid is 1.7 m. plastic (m) of the wood block that immersed in the fluid, and
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