Hydrogen, Nitrogen, Oxygen, Fluorine, Chlorine, Bromine, and Iodine are all diatomic in their natural states.
It is an element. Since any temperature is "natural", the physical state is meaningless. It can be anything from a Bose-Einstein condensate (unlocalizeable), a solid, a liquid, a gas, or a plasma... and be "natural" for that temperature. At standard temperure and pressure, it is a very stable diatomic gas (N2). Nitrogen's natural stage is N2 gas. It is diatomic and can only exist with 2 nitrogen molecules, so it must be N2 not N.
Rust is oxidised iron. You could say it is iron trying to revert to its natural state.
diotomic elements
Oxygen has a diatomic molecule and ozone a triatomic molecule.But also monoatomic oxygen exist.
Hydrogen, Nitrogen, Oxygen, Fluorine, Chlorine, Bromine, and Iodine are all diatomic in their natural states.
H-H That, H2, diatomic hydrogen many atoms are diatonic in their natural state. The bond is always covalent.
Solid
Fe2+ and Fe3+
In its natural state, nitrogen is diatomic and will form N2 (two bonded nitrogen atoms).
Yes because some elements exist in their natural state as diatomic molecules, and are thus both elements and molecules.See the Related Questions for a complete list of the diatomic molecules.
all gases are found in diatomic state. except bromine and iodine
some of the Natural Resources of the united state is coal, copper, oil, petroleum, natural gas, timber, gold, and iron
A molecule is two or more chemically bonded atoms, this can be as in a diatomic element such as oxygen which in its natural elemental state is found as O2 or it can be as part of a compound, such as silver nitrate AgNO3. It is what makes up the diatomic element or the compound.
A molecule is two or more chemically bonded atoms, this can be as in a diatomic element such as oxygen which in its natural elemental state is found as O2 or it can be as part of a compound, such as silver nitrate AgNO3. It is what makes up the diatomic element or the compound.
Examples: helium, neon, iron, beryllium etc.
It is an element. Since any temperature is "natural", the physical state is meaningless. It can be anything from a Bose-Einstein condensate (unlocalizeable), a solid, a liquid, a gas, or a plasma... and be "natural" for that temperature. At standard temperure and pressure, it is a very stable diatomic gas (N2). Nitrogen's natural stage is N2 gas. It is diatomic and can only exist with 2 nitrogen molecules, so it must be N2 not N.