Question

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You have 2 m3 of a mineral ore sample. It has a mass of 1 × 104 kg. Calculate the density of the ore sample and express your results in g/cm3 with appropriate scientific notation.

Answer 1

You have 2 m3 of a mineral ore sample. It has a mass of 1 Ã ...
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Feb 23, 2013 - It has a mass of 1 × 104 kg. Calculate the density of the ore sample and express your results in g/cm3 with appropriate scientific notation.
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You have 2 m3 of a mineral ore sample. It has a mass of 1 × 104 kg. Calculate the density of the ore sample and express your results in g/cm3 with appropriate scientific notation. ...    ...
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May 28, 2003 - Substitute 30.3 g for the mass and 0.789 g/cm3 for the density. ... Using the conversion factor 1 lb = 0.4536 kg, 165 pounds is equivalent .... Step 3: By subtracting 100°F from your equation from Step 2, you now have .... 1.53 40,000 km = 4.0 x 104 km .... 1.70 First, determine the density of the mineral sample.