Finding the Mass, Density, and Volume of Liquids Using Flask Experiment
a. Mass of Water in the Flask
Mass of Water = Mass of Flask, Stopper, and Water - Mass of Flask and Stopper
Mass of Water = 57.425g - 32.276g = 25.149g
b. Density of Water at 25 degrees C
Density = Mass / Volume
Given that the mass of water is 25.149g, we need to calculate the volume of the water to find the density. To determine the density to 4 significant figures, we need to consider the volume of water displaced by the flask.
c. Volume of the Flask
Volume = Mass / Density
By using the density of water at 25 degrees C, we can calculate the volume of the flask. The volume of the flask will be equal to the volume of water displaced in the flask.
d. Density of the Liquid
Density = Mass / Volume
To find the density of the unknown liquid, we need to consider the mass of the flask, stopper, and unknown liquid. By dividing this total mass by the volume of the flask, we can determine the density of the liquid.