This is false. For most practical purposes, ie 'on planet Earth,' the terms 'mass' and 'weight' mean the same thing. Off-planet, mass just equals mass, as weight is a function of gravity.
No. You have defined the "density" of the substance, not its weight.Added:"Density" is also called "specific mass"Weight and mass are commonly speaking the same, but strictly speaking 'mass' is rather an amount of matter,and 'weight' is the measured gravitational force (heaviness, measured on a balance) of that mass.(A mass of 1 kg will 'weight' also 1 kg on earth but does not 'weight' 1 kg on the moon, there it's about 150 g due to lower gravity!)
In order to calculate the density of a substance, you must know the volume and the weight of a sample. Then the density is calculated as Density = (Weight) divided by (Volume).
That quantity is known as the "weight" of the substance, and it depends on how much of the substance you have.
its weight divided by its volume. the volume is the circumference times thickness
Weight (divided by) Volume
weight is different in different gavities but mass is not, volume is not involved
weight is different in different gavities but mass is not, volume is not involved
2nd answer: In fact, weight = mass if the massive object is on Earth.
No. You have defined the "density" of the substance, not its weight.Added:"Density" is also called "specific mass"Weight and mass are commonly speaking the same, but strictly speaking 'mass' is rather an amount of matter,and 'weight' is the measured gravitational force (heaviness, measured on a balance) of that mass.(A mass of 1 kg will 'weight' also 1 kg on earth but does not 'weight' 1 kg on the moon, there it's about 150 g due to lower gravity!)
titre value for a substance is the volume of titrant divided by the weight of the sample
In order to calculate the density of a substance, you must know the volume and the weight of a sample. Then the density is calculated as Density = (Weight) divided by (Volume).
Weight vs volume. PLace object in container already full of water. Measure volume of liquid displaced. weight object. weight divided by volume equals density
Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.
Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.Density is more commonly defined as mass per unit volume. However, it is also possible to define it as weight per unit volume.
Weight divided by volume is density. Usually it is expressed as mass divided by volume. That is why a unit for density will be something like grams/liter, because mass is on the top and volume on the bottom.
None that I know of, but mass divided by volume is density.
This depends on the substance. Re-ask the question with the substance or density of the substance. Gallons -> volume Lbs -> weight Weight = volume X density