Geologists discovered the new heart- shaped mineral called Coeurenium. You want to calculate its density by the liquid displacement method. You put 118 grams of the mineral into water (see the figure to the right). 3. What is the density of Coeurenium? A. 2.39 g/cm³ B. 0.47 g/cm³3 You patent four new alcohols in your chemistry lab. They do not mix when you pour them into the same container. Use the table to the right to answer question 4. C. 0.32 g/cm³ D. 3.69 g/cm³ Name Campbene McEachanol Pebblebrine Hillgrain You poured all four alcohols into the graduated cylinder. They separated into layers. A. Campbene B. McEachanol Which alcohol will be the layer 2nd from the bottom 4. (yellow layer with red arrow pointing at it)? C. Pebblebrine D. Hillgrain 250 ml Mass 240 g 530 g 370 g 450 g Volume 340 ml 680 ml 460 ml 610 ml 282 l
Geologists discovered the new heart- shaped mineral called Coeurenium. You want to calculate its density by the liquid displacement method. You put 118 grams of the mineral into water (see the figure to the right). 3. What is the density of Coeurenium? A. 2.39 g/cm³ B. 0.47 g/cm³3 You patent four new alcohols in your chemistry lab. They do not mix when you pour them into the same container. Use the table to the right to answer question 4. C. 0.32 g/cm³ D. 3.69 g/cm³ Name Campbene McEachanol Pebblebrine Hillgrain You poured all four alcohols into the graduated cylinder. They separated into layers. A. Campbene B. McEachanol Which alcohol will be the layer 2nd from the bottom 4. (yellow layer with red arrow pointing at it)? C. Pebblebrine D. Hillgrain 250 ml Mass 240 g 530 g 370 g 450 g Volume 340 ml 680 ml 460 ml 610 ml 282 l
Chapter12: The Liquids And Solids Around Us: Especially Water
Section: Chapter Questions
Problem 49E
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