The units of mass concentration per milliliter:.gram per deciliter, milligram per deciliter, microgram per deciliter, nanogram per deciliter and picogram per deciliter.The units of mass concentration per deciliter:.The units of mass per milliliter, liter and deciliter are non-SI units of measurements of mass concentrations still used in many countries.millimole per liter, micromole per liter, nanomole per liter and picomole per liter.The units of molar concentration per liter:.millimole per milliliter, micromole per milliliter, nanomole per milliliter and picomole per milliliter.The units of molar concentration per milliliter:.millimole per deciliter, micromole per deciliter, nanomole per deciliter and picomole per deciliter.The units of molar concentration per deciliter:.mole) per milliliter, liter and deciliter are SI units of measurements of molar concentrations. The units of amount of substance (e.g.About this page: Concentration of Fluorine.A few materials, substances, compounds or elements with a name containing, like or similar to Fluorine:.It occurs as a diatomic gas at ordinary temperatures and pressures. Fluorine is a pale yellow gas with a pungent odor.Boiling Point (BP), Fluorine changes its state from liquid to gas at -188.13☌ (-306.634☏ or 85.02K).Melting Point (MP), Fluorine changes its state from solid to liquid at -219.67☌ (-363.406☏ or 53.48K).In Imperial or US customary measurement system, the density is equal to 0.1059 pound per cubic foot, or 0.00098035 ounce per cubic inch. density of fluorine is equal to 1.696 kg/m³ at 0☌ (32☏ or 273.15K) at standard atmospheric pressure. Fluorine weighs 0.001696 gram per cubic centimeter or 1.696 kilogram per cubic meter, i.e.Element/Moleculeīy knowing the molar mass of a substance, having any mass of that substance allows one to know how many moles of it they have. A list of some molar masses can be seen below. The molar mass of any element or molecule is given by the sum of the atomic weights multiplied by 1 g/mol. In SI units, the molar mass is given by kg/ mol, however by convention the molar mass is expressed in units of g/mol. This comparison is seen below:ġ dozen = 12 objects 1 mol = 6.022141 x 10 23 objects However when talking about moles, instead of only having a dozen, there is in fact 6.022141 x 10 23 of a given substance in a mole (known as Avogadro's number). For example, if someone has a dozen bricks and another person has a dozen feathers, they have the same amount of their substance, but a vastly different total mass. Since a mole is defined as the amount of a substance and substances have different masses, each element or molecule will have a different molar mass. Molar mass (M) is a physical property, defined as the mass of a given element or molecule per mole of that substance.

F molar mass