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a chemist needs 2.00 grams of a liquid compound witha density of 0.785 g/cm^3 density. what volume of compund is required?
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a chemist needs 2.00 grams of a liquid compound witha density of 0.785 g/cm^3 density. what volume of compund is required?
Top answer:
mass = volume x density Substitute and solve.
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a chemist needs 2.00 grams of a liquid compound witha density of 0.785 g/cm^3 density. what volume of compund is required?
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mass = volume x density Substitute and solve.
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A chemist needs 2.00 grams of a liquid compound with a density of 0.785 g/cm^3 density. what volume of compund is required?
Mass=
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A chemist needs 2.00 grams of a liquid compound with a density of 0.785 g/cm^3 density. what volume of compund is required?
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air = 0.00123 (Density (grams/centimeter)
water = 1.00 (Density (grams/centimeter) steel = 7.87 (Density (grams/centimeter)
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air = 0.00123(Density (grams/centimeter3)
water = 1.00(Density (grams/centimeter3) steel = 7.87(Density (grams/centimeter3)
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The speed of sound waves is likely the greatest in C. Steel because steel has a higher density
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