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Calculate the density of a rod of metal (in g/cm³) with a mass of 196.41g, a diameter of 2.10 cm and a height of 7.55 cm. Volume cylinder = r² h. Remember the radius is half the length of the diameter. Volume= Density= Calculate the percent error for your density in question (2), if the accepted density of this quid (mil.) metal is 9.23 g/cm³ Percent error = |accepted density - experimental density | x 100 accepted density

Calculate the density of a rod of metal (in g/cm³) with a mass of 196.41g, a diameter of 2.10 cm and a height of 7.55 cm. Volume cylinder = r² h. Remember the radius is half the length of the diameter. Volume= Density= Calculate the percent error for your density in question (2), if the accepted density of this quid (mil.) metal is 9.23 g/cm³ Percent error = |accepted density - experimental density | x 100 accepted density

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Calculate the density of a rod of metal (in g/cm³) with a mass of 196.41g, a diameter of 2.10 cm and a height of 7.55 cm. Volume cylinder = r² h. Remember the radius is half the length of the diameter. Volume = Density = Calculate the percent error for your density in question (2), if the accepted density of this metal is 9.23 g/cm³ liquid (mil) Percent error = |accepted density - experimental density | x 100 accepted density
Transcribed Image Text:Calculate the density of a rod of metal (in g/cm³) with a mass of 196.41g, a diameter of 2.10 cm and a height of 7.55 cm. Volume cylinder = r² h. Remember the radius is half the length of the diameter. Volume = Density = Calculate the percent error for your density in question (2), if the accepted density of this metal is 9.23 g/cm³ liquid (mil) Percent error = |accepted density - experimental density | x 100 accepted density
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