Question

I have gathered the following information in a physics lab experiment on buoyant forces: Mass of block: 13.5 kg Recorded Volume of block: 0.005 m^3 Force of gravity on block: 132.3 N Density of block: 2700 kg/m^3 (it's aluminum) Assuming the block will be completely submerged when placed in the central pool of water, use the volume of the block and knowing the density of water (1000 kg/m^3) to calculate the buoyant force on the block, FB. Is that all the information I need to calculate FB, and if so, can you provide the steps for solving for it in this case?

          I have gathered the following information in a physics lab experiment on buoyant forces:
Mass of block: 13.5 kg
Recorded Volume of block: 0.005 m^3
Force of gravity on block: 132.3 N
Density of block: 2700 kg/m^3 (it's aluminum)
Assuming the block will be completely submerged when placed in the central pool of water, use the volume of the block and knowing the density of water (1000 kg/m^3) to calculate the buoyant force on the block, FB.
Is that all the information I need to calculate FB, and if so, can you provide the steps for solving for it in this case?

Added by Hugo C.

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