1. (a) (7.59 g - 590 mg) + (6.55 mL+ 4.51 × 10-' cm') g/cm³ (b) 0.500 kg/m³ µg/µL (use dimensional analysis)

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1. (a) (7.59 g – 590 mg) + (6.55 mL + 4.51 × 10-' cm³)
g/cm
=
(b) 0.500 kg/m³
ug/µL
(use dimensional analysis)
2. A graduated cylinder contains 69 mL of water at 20°C. A piece of copper weighing 97.75 g is
dropped into the water in the graduated cylinder. The density of copper at 20°C is 8.96 × 10³ kg/m³.
Calculate the total volume (in mL) in the graduated cylinder at 20°C.
Transcribed Image Text:1. (a) (7.59 g – 590 mg) + (6.55 mL + 4.51 × 10-' cm³) g/cm = (b) 0.500 kg/m³ ug/µL (use dimensional analysis) 2. A graduated cylinder contains 69 mL of water at 20°C. A piece of copper weighing 97.75 g is dropped into the water in the graduated cylinder. The density of copper at 20°C is 8.96 × 10³ kg/m³. Calculate the total volume (in mL) in the graduated cylinder at 20°C.
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