An isotope is defined as:
Each of two or more forms of the same element that contain equal numbers of protons but different numbers of neutrons in their nuclei, and hence differ in relative Atomic Mass but not in chemical properties; in particular, a radioactive form of an element
So basically, an isotope is from the same place (element) and has the same number of protons, but the number of electrons differ.
So isotopes are not subatomic; the protons and electrons that make an isotope are subatomic.
Isotopes are elements with same atomic number and differed mass numbers. Hence the number of neutrons should change where the number of protons and electrons remain constant. Therefore, isotopes of an element cannot have same number of subatomic particles.
The subatomic particles that contribute most almost no weight to an atom are electrons at various energy levels. Isotopes of the same element differ from each other only by the number of neutrons.
The discovery of these left his atomic theory (which states that atoms are indivisible, singular and the same respectively to elements) riddled with wholes.
protons, neutrons and electrons are the main subatomic particles of the atom. There are the same number of protons as electrons, which is equal to the atomic number. The number of neutrons may vary according to the isotope of the element.
The neutron; the proton determines the element of the atom, but different atoms of the same element can have different atomic masses, due to the different number of neutrons of the atoms. Atoms of same element having same number of protons but different number of neutrons are called Isotopes. Thus, neutron determines the isotope of an atom.
Subatomic particles are the same size as basketballs.
Same number of protons; different number of neutrons. The number of electrons will also be the same, assuming a neutral atom.
The subatomic particle that makes atoms of different elements different from each other is the proton. This is given as the atomic number of the element on the periodic table.
neutron
The proton
Atomic number is same as the number of protons and number of electrons.
The subatomic particles that contribute most almost no weight to an atom are electrons at various energy levels. Isotopes of the same element differ from each other only by the number of neutrons.
Protons and electrons
The number of protons determines the element, and is the same as its atomic number.
The discovery of these left his atomic theory (which states that atoms are indivisible, singular and the same respectively to elements) riddled with wholes.
protons, neutrons and electrons are the main subatomic particles of the atom. There are the same number of protons as electrons, which is equal to the atomic number. The number of neutrons may vary according to the isotope of the element.
The atomic mass is the sum of the number of protons and the number of neutrons found in each atom of that element (electrons do not contribute). They are sometimes seen on periodic tables to have a decimal in the atomic number, this is for elements with more than one common isotope (an isotope of an element is the same number of protons but with a different number of neutrons), in which case an average of the common isotopes can be used.
The neutron; the proton determines the element of the atom, but different atoms of the same element can have different atomic masses, due to the different number of neutrons of the atoms. Atoms of same element having same number of protons but different number of neutrons are called Isotopes. Thus, neutron determines the isotope of an atom.