by defination
No, just because it is soluble in water, you can't use water to determine the volume of a certain mass of (crystal) ZnCl2
By a measurement of the mass and volume because: Mass=Volume/Density.
Find a caliper and a good scale. Divide the weight in grams by the volume in cubic centimeters. Pure silver has a density of 10.49 g/cm3
No because sodium acetate is soluble in water
Using Archimedes principle we can find the density of such object. First let's weigh the body hanging in air using a physical balance. Let it be w1 Now immerse it in water kept in a beaker and weigh once again. Let it be w2. Now using the expression density can be found. Density = w1/ (w1 - w2)
We can determine the end point of permanganometry by using titration.
m=d.v where m=mass, v=volume and d=density
Determine its mass using a balance and determine its volume using water displacement. Then divide the mass by the volume to get density. Refer to the related link below for more detail.
density
density
If a substance is not pure, the density may, or may not, change, compared to the pure substance.
density = mass/volume Determine the volume of the screw by using the water displacement method (see related link below). Determine the mass of the screw on a balance or scale. Divide the mass by the volume, and that will be the density.
Determine its mass on a balance. Determine its volume using water displacement. Divide the mass by the volume.
Determine its mass on a balance. Determine its volume using water displacement. Divide the mass by the volume.
This varies greatly with the size of the banana in question. Determine the volume of the banana using water displacement. Determine the mass of the banana on a balance. Density = mass/volume
you can determine the maximum inflation point when taking blood pressure by using palpation.
You need to know two of them - either from your own or other people's measurements. The third can then be determined using Density = Mass/Volume