You just need a container (cup, jar, bottle etc. it doesn't matter what size it is) and a weight scale.
1. Weigh the container empty. The weight is c.
2. Fill with water and weigh it. The weight is w.
3. Fill to the same level with milk and weigh it. The weight is m.
The specific gravity of milk is (m - c) / (w - c)
Ideally the milk and the water are at the same temperature.
The largest container will give a more accurate result assuming you have enough milk to fill it.
yes, a float measure can be bought at farm supply companies.
The specific gravity of skimmed milk is greater than that of whole milk because because cream is lighter than milk, thus removing it makes the remaining liquid heavier per unit of volume. As a liquid's weight per unit of volume increases its specific gravity increases.
To find the specific gravity of cement
If you go to greasedispensing.com you will find they have listed the specific gravity of some grease products.
A lactometer is used to measure the specific gravity (richness) of milk.
Specific gravity of cement is 3.15.The specific gravity of cement is 3.15The specific gravity can be found out by using the bottle method.For finding specific gravity of cement kerosene is used.
A Lactometer is a little glass instrument that tests the purity of milk based on density/buoyancy and works on the principle of the specific gravity of milk.
In milk, always suspect melamine first.
The specific gravity of diamond is 3.5, which is 'above average'.
it is determine in term of density . it is the ratio of density of water to the density of milk . cow milk density is 1.0032
There is no such thing as a specific gravity for any element.
Aluminum has no specific gravity, at least by the current definition of gravity.
if you know the specific gravity and the volume of the substance you can find the mass.