#Cobalt ore density full

The very hard, heavy wood of certain South American Guaiacums. Most naturally occurring ice is less dense due to pockets of air, ranging from around 53 lbs/cubic foot on up. This is the density of pure ice (917 kilograms per cubic metre at 0° C and atmospheric pressure).

Lower figures reflect relatively more body fat (which is lighter than bone and muscle).Ī plant derivative used in glues, inks, confectionery, and pharmaceuticals This is the average density of a human body with breath exhaled (density drops to 56-62 lbs/cu foot if you inhale). One source claimed that ashes usually weigh approximately 3% of body weight, which also supports 5 lbs as an average figure). (I originally listed 'nine pounds' based on a web page somewhere, but further research suggested that five pounds was closer to the truth. Random tidbit: the ashes of the average cremated person weigh five pounds. Not a real mineral: also included in the OTHER section. Also included in the OTHER section.Ĭobalt ore, used in ancient times for its blue colorīuilding and road stone, main source of magnesiumįantasy stone from the Forgotten Realms: dark brown with small, iridescent opal-like snails. Weight in pounds per cubic inch and foot is also provided to save non-metric users some time on the calculator.įossil resin, not a real mineral at all. A solid object with a specific gravity greater than 1 will sink in water. The specific gravity numbers below can be read as 'grams per cubic centimeter' (or kg/liter). A cubic centimeter of water at 4☌ weighs 1 gram, and has a specific gravity of 1. Note on measures: Specific gravity is a measure of an object's density. Do not rely on this as a scientific reference! These figures have not been rigorously checked. The inspiration for this comes from the old Dragon magazine article, 'How Heavy is My Giant'.

#Cobalt ore density full

This table was pieced together from a wide variety of sources, listed in full at the bottom of the page. This information is useful for determining the weight (or volume) of objects and cargo. The table below provides density figures for many common (and some not-so-common) substances.