The Mass of a Bottle calculator computes the mass based on the dimensions of the bottle and the mean density of the material.
INSTRUCTIONS: Choose the length units you wish (e.g. centimeters or inches) and enter the following:
Mass of the Bottle (M): The calculator returns the mass in grams. However, this can be automatically converted to compatible units via the pulldown menu.
The formula for the mass of a bottle shaped object is the volume of the bottle times the density of the material. Assuming normal gravity, this also provides the weight. Geometrically, a bottle shaped object is the combination of right circular cone with a frustum defined by base radius (a) and top radius (b) and height (h_{2}) in between and a cylinder of radius (b) and height (h_{1}). The volume is calculated and then multiplied by a mean density (mD) to provide the mass of the shape. See diagram. KEY WORDS: container
Common Mean Densities  
Fluids
Fuels
MarketReady Grains 
Metals

Mean Density is the average amount of mass within a volume for a substance. Note, volume of a material is often highly subject to the temperatures, since materials expand as they warm. For that reason, mean densities of substances are often cited with a set of nominal conditions such as temperature and barometric pressure.
The formula for mean density is:
μD = V / m
where:
Mean density is also often indicated as the Greek symbol rho (ρ).
Density is a function of mass. However, converting from mass to weight is trivial under the right conditions. Fortunately those conditions are generally true anywhere on the surface of the Earth, so the conversions built into the vCalc engine can be assumed to be fairly accurate unless you require weight at very high altitudes or in space.
CLICK HERE for a popup function that provides the mean density (mD or μD) of many common substances, elements, liquids and materials.
Mean density is scientifically volume divided by mass. There are various unit for density adopted by cultures and industries. Common units for density included the following:
vCalc provides for automatic conversions between density units via the pulldown menus.