Chemically, all atoms of the same element are identical in their properties. However, atoms of the same element come in different isotopes, different numbers of particles in the nucleus, and this difference makes for different properties in terms of radiation emission and stability, and to slightly different masses which permit the different isotopes to be separated.
Variations in the manufacturing process, impurities in the raw materials used, differences in heat treatment, and the alloying elements added can all introduce differences in the properties of steel. These factors can affect the steel's strength, hardness, ductility, toughness, and other properties, leading to variations in the material even within the same grade.
Homogeneous.
No, not all steel contains copper and zinc. Steel is primarily made of iron and carbon, with other elements like manganese, nickel, and chromium sometimes added to improve its properties. Copper and zinc are typically not main components in steel production.
This means that all particles of a given substance have the same chemical properties and characteristics, such as mass and energy, which distinguish them from particles of other substances. It implies that within a substance, there is a uniformity or consistency in the composition and behavior of its individual particles.
Dalton's theory mistakenly proposed that atoms were indivisible and that all atoms of a given element were identical in size, mass, and other properties. However, we now know that atoms can be further subdivided into protons, neutrons, and electrons, and that isotopes exist with variations in mass.
All iron or steel (even stainless steel) is ferrous. The word "ferrous" means "iron." All steel contains iron. All steels also contain impurities which improve various useful properties of iron, such as strength. There is high carbon steel, or steel with chromium or other elements that improve abrasion resistance or reduce rusting (stainless steel). There are some non magnetic steels, but because they contain iron they are still ferrous.
All atoms of one type were identical in mass and properties. (Apex 2021)
Homogeneous.
All isotopes of a substance are chemically the same. It is their physical properties which are different.
The properties of a substance describe its characteristics at the molecular level, such as boiling point and density. The properties of an object refer to observable characteristics, like color and shape, that result from the combination of substances within the object.
They all have different amounts of protons in the nucleus, different properties, and no two things can be identical.
The number of protons and electrons is identical.
John Dalton
A regular polygon has sides of equal lengths and all angles are identical.
All matter has thermal properties, so yes.
Chemical reactions involve electrons - not protons or neutrons. All isotopes of the same element have an identical number of electrons (just the number of neutrons differs) and hence the chemical properties are identical/very similar.
All atoms of one type were identical in mass and properties. (Apex 2021)
They have all the chemical, physical, nuclear properties identical. This is not the case for isotopes.