No. the atomic number tells you the number of protons it has.
The ones that are elements. Since you didn't provide "the following," that's about the best we can do. This is an absurdly simple question for you to answer yourself anyway. Find a periodic table, look at it, look at the list.
It is important so you can knoe the atoms number of protons, nuetrons, and electrons. You can also know it's atomic weight, physical property, and state of matter.
Chemical elements possess unique properties determined by their atomic structure, including the number of protons, neutrons, and electrons. These properties, such as atomic mass, electronegativity, and ionization energy, dictate how elements interact with one another and form compounds. Additionally, each element has distinct physical characteristics, such as melting and boiling points, density, and state of matter at room temperature. Together, these traits define the behavior and reactivity of elements in various chemical contexts.
Pretty much any element is identified by its atomic number or number of protons; in the case of beryllium it has four of them in its nucleus. It's somewhat a matter of convention that it is beryllium by definition so long as it has those four protons; any element might be in a different oxidation state having gained or lost electrons, or be a different isotope by varying the number of neutrons, but the atomic number or number of protons is used to identify elements.
Yes, in their natural state, the proton and electron number are the same, and thus the same as the atomic number.
Examples: atomic number, atomic weight, density, state of matter, electrical conductivity, etc.
Elements in the table are identified by different things. What they are made of, atomic mass, and atomic number. Elements can also be identified by what state of matter they are at zero degrees Celsius and standard pressure which 1atm. The most current, standard table has 117 different elements.
Their atomic number, which represent the number of protons in the nucleus. This will also be the number of electrons in the unionised state of the atom.
No two elements would have the same atomic number, so, nor atoms of different elements (in neutral state) would have the same number of electrons.
The matter for most elements is a solid.
metal -->nonmetal --> gaseous (metal --> nonmetal --> metalloid)
Literal groups are by similar chemical properties (alkaline earth, halogens, etc.). Elements are arranged by atomic number (number of protons) and are grouped also by their state of matter. For example, metals are in the middle, liquids are grouped together, and except for Helium, gases are as well.
The ones that are elements. Since you didn't provide "the following," that's about the best we can do. This is an absurdly simple question for you to answer yourself anyway. Find a periodic table, look at it, look at the list.
Atomic number = number of protons = number of electrons (in the neutral state)
The periodic table tells us:The elements atomic massThe elements atomic numberIf the element is a gas, metal, etc.How many protons, electrons and neutrons an element hasThe name of the elementWhich elements could have similar properties (nearby in the chart)(Oops that was already six things (but some of them depend on the others)
Atoms of all elements exist in the state of matter known as the gas phase.
It is important so you can knoe the atoms number of protons, nuetrons, and electrons. You can also know it's atomic weight, physical property, and state of matter.