an-impure-metal-block-has-a-weight-of-50-4-n-in-air-when-the-block-is-fully-subm

Question

An impure metal block has a weight of 50.4 N in air. When the block is fully submerged in oil with a density of 820 $$kg/m^{3}$$, the string tension required to keep it suspended in the oil is 33.0 N. Determine the volume and density of the block.

Accepted Answer

V = 2.17 × $$10^{-3}$$ $$m^{3}$$; ρ = 2380 $$kg/m^{3}$$

Answer

V = 2.17 × $$10^{-3}$$ $$m^{3}$$; ρ = 23300 $$kg/m^{3}$$

Answer

V = 8.12 × $$10^{-3}$$ $$m^{3}$$; ρ = 632 $$kg/m^{3}$$

Answer

V = 4.11 × $$10^{-3}$$ $$m^{3}$$; ρ = 820 $$kg/m^{3}$$

Answer

V = 4.11 × $$10^{-3}$$ $$m^{3}$$; ρ = 1250 $$kg/m^{3}$$

An impure metal block has a weight of 50.4 N in air. When the block is fully submerged in oil with a density of 820 kg/m3, the string tension required to keep it suspended in the oil is 33.0 N. Determine the volume and density of the block.

An impure metal block has a weight of 50.4 N in air. When the block is fully submerged in oil with a density of 820 kg/m³, the string tension required to keep it suspended in the oil is 33.0 N. Determine the volume and density of the block.