Matter is bound energy displacing space, the volume and density of displacement is the mass of the matter involved. Gravity is the attraction between matter displacing space, weight is measure of the force exerted by matter due to its gravitational attraction. Therefore the Atomic Mass of a collection of matter defines the gravitational attraction that matter will exert which will define the measurable weight of the matter in question.
Vanadium is the element that has an atomic weight of 50.942.
Vanadium has an atomic weight of 50.9415 on the periodic table.
Neon is a non meta element. Atomic mass of it is 20.
Atomic mass of an element measures the mass of that element on a molecular scale, taking into account neutrons and protons, which weigh approximately 1. Electrons are negated. Atomic mass is also the mass, in grams, of 1 mole of that element.
Nitrogen, element 7, has an atomic mass of 14.0067, rounded to 14.007.
The Atomic Mass is the mass (weight) of the element measured in atomic mass units (AMU)
All elements have an (atomic) weight or mass.
Vanadium is the element that has an atomic weight of 50.942.
The atomic weight or atomic mass.
a fly is not an element so it does not have an "atomic" weight. It does have a mass or weight however
Platinum has the atomic weight (not mass) 195,084.
The atomic number represents the number of protons in an atom's nucleus, which determines the element's identity. Atomic weight, or atomic mass, is the average weight of an element's isotopes, taking into account their abundance in nature. Atomic weight is a weighted average of the different isotopes for each element.
The Atomic Mass of an element is the numerical average of all the masses of the naturally occurring isotopes of that element proportionately. Man made elements do not count in supposedly. IE: If we have an element with atomic weight 100 and we have an isotope of that element with atomic weight 102 and if they occurred equally in nature then the Atomic Mass would be 101.
The average weight of an element is expressed in atomic mass units (amu) and is calculated based on the relative atomic masses of the isotopes of that element weighted by their abundance in nature. This value can be found on the periodic table for each element. For example, the average atomic mass of carbon is 12.011 amu.
The atomic mass of an element is equal to its molar mass in grams/mol.
The atomic mass of Oxygen is 15.9994.
The weighted average for all isotopes that occur in nature for an element is its atomic weight listed on the Periodic Table of the elements.