yes they are
It is an atom / substance with a fixed number of protons (the Z number), that represents a certain set of chemical behaviors.
Elements are distinguished based on their unique number of protons in the nucleus, which is known as the atomic number. Elements with different atomic numbers will have different chemical properties and behaviors. Additionally, elements can have different numbers of neutrons in their nuclei, creating isotopes of the same element.
Elelments are determined by the amount of protons they have. While different elements can have the same number of neutrons and protons, no two different elements can have the same amount of protons.
Protons are the positive charge electrons in atoms that make up elements.
All elements contain protons.
Elements with more than 92 protons are called Transuranic elements.
All atoms of iron are characterized by having 26 protons in their nucleus, which defines their atomic number and distinguishes them as iron (Fe). This specific number of protons leads to a unique electron configuration and chemical properties that differentiate iron from all other elements. In contrast, atoms of other elements have different numbers of protons, resulting in distinct identities and behaviors. Thus, the atomic structure of iron sets it apart from all other elements in the periodic table.
This statement is incorrect. Synthetic elements are created in laboratories, and can have any number of protons. For example, elements like americium (95 protons) and seaborgium (106 protons) are synthetic.
Yes, atoms of different elements have a different number of protons.
Different elements have different numbers of protons. The number of protons identifies the element.
The number of protons in an elements nucleus is the same number at the atomic number.
Elements are different because each element has a unique number of protons in its nucleus, which determines its atomic number. This atomic number gives each element distinctive chemical properties and behaviors. Additionally, elements have different arrangements of electrons in their atomic structure, further contributing to their differences.