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A piece of cork, mass (8.200x10^1) g, and density (4.60x10^2) kg/m is completely immersed in water of density (9.9x10^2) kg/m³. Calculate the magnitude of the buoyant force on the cork in Newton's to 2 sf.

A piece of cork, mass (8.200x10^1) g, and density (4.60x10^2) kg/m is completely immersed in water of density (9.9x10^2) kg/m³. Calculate the magnitude of the buoyant force on the cork in Newton's to 2 sf.

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A piece of cork, mass (8.200x10^1) g, and density (4.60x10^2) kg/m is completely immersed in water of density (9.9x10^2) kg/m. Calculate the magnitude of the buoyant force on the cork in Newton's to 2 sf.
Transcribed Image Text:A piece of cork, mass (8.200x10^1) g, and density (4.60x10^2) kg/m is completely immersed in water of density (9.9x10^2) kg/m. Calculate the magnitude of the buoyant force on the cork in Newton's to 2 sf.
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