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Mass, Volume, and Density Version 5 Eileen Pérez, Ph.D., Brian Butts, and Laura B. Sessions, Ph.D. In this experiment, which will take two lab periods, you will use common glassware and equipment in order to study the physical property of density. Objectives • Recognize and utilize common glassware and equipment.
In this experiment, you will measure the mass and volume of several unknown materials. You will then use your data to explore the relationship between the mass and volume of the materials and to calculate their density.
In this experiment, we will measure the density of number of substances using various methods of determining the mass of the sample as well as various methods of determining the volume of a sample. Example: What is the volume of a piece of gold ( = 19.3 g/cm3) that has a mass of 12.4 g?
This free chemistry quiz will help you practice calculating the density, mass or volume of over 150 different materials.
This document provides a practice worksheet on mass, volume, and density concepts and calculations. It includes 17 multiple choice and short answer questions addressing topics like density formula, units of measurement, determining volume through water displacement, and whether objects will float or sink based on their density compared to water.
In order to determine the density of an item, we will need to determine its mass and volume. The standard unit for measuring mass in a lab is the gram. Think about liquids- what units do you typically report the volume of a liquid in? What about for a sugar cube, what volume is the most appropriate?
Procedure: 1. Place the graduated cylinder on the scale and press tare. 2. Add 50 mL water to the graduated cylinder and record the mass of the water. 3. Record the volume of the water. 4. Calculate the density of the water. 5. Repeat steps 1-4 for the dish soap and oil. Density = mass volume. Prediction. Observed.
