G. An irregularly-shaped sample of aluminum (- put on a balance and found to have a mass of 43 9. The student decides to use the water-displacem method to find the volume. The initial volume reading is 25.5 mL and, af ter the Al sample is added, the water level has risen to 41.7 mL. i. Find the volume of the aluminum chunk. ii. Find the density of the Al sample in g/mL.

Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter3: Matter
Section: Chapter Questions
Problem 18CR: a. Given that 1100. mL of ethyl alcohol weighs 78.5 g, calculate the density of ethyl alcohol. b....
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ii. Would the pine sink or float in water?
F. A graduated cylinder is filled with water to a level
of 40.0 mL. When a piece of copper is lowered into the
cylinder, the water level rises to 63.4 mL.
i. Find the volume of the copper sample.
ii. If the density of the copper is 8.9 g/cm3, what is
its mass?
G. An irregularly-shaped sample of aluminum (AI) is
put on a balance and found to have a mass of 43.63
9.
The student decides to use the water-displacement
method to find the volume. The initial volume
reading is 25.5 mL and, after the Al sample is
added, the water level has risen to 41.7 mL.
i. Find the volume of the aluminum chunk.
ii. Find the density of the Al sample in g/mL.
DELL
Transcribed Image Text:新Math ii. Would the pine sink or float in water? F. A graduated cylinder is filled with water to a level of 40.0 mL. When a piece of copper is lowered into the cylinder, the water level rises to 63.4 mL. i. Find the volume of the copper sample. ii. If the density of the copper is 8.9 g/cm3, what is its mass? G. An irregularly-shaped sample of aluminum (AI) is put on a balance and found to have a mass of 43.63 9. The student decides to use the water-displacement method to find the volume. The initial volume reading is 25.5 mL and, after the Al sample is added, the water level has risen to 41.7 mL. i. Find the volume of the aluminum chunk. ii. Find the density of the Al sample in g/mL. DELL
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