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An isotope is an atom that contains a different number of neutrons. In order for an element to change there has to be a different number of protons.
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What is the particle that identifies a atom?
The number of protons in an atom's nucleus determines its chemical identity.
What is the smallest unit of compound?
A molecule is the smallest part of a compound that still retains the properties of said compound. As the atom is the smallest particle of an element into which it can be divided and still retain all the properties of that element, the molecule is the atom's analog for a compound.
What is identitfied as an atom?
An atom is the smallest part of matter with a chemical identity, impossible to be broken by chemical procedures.
Where does a element takes its identity from?
The number of protons in the nucleus of an atom will determine its chemical identity. Only that. The number of neutrons can vary a bit, depending on the element, and we call these variations isotopes of that element. Electron count will match proton count only in a neutral atom. Rememeber that atoms loan out and borrow electrons, which is what chemistry is all about.
An atom is the smallest part of?
retains the chemical identity of that element.
What is the smallest unit that retains the unique chemical properties of that specific type of matter?
A molecule is the smallest unit of a pure substance that can exist and still retain its chemical properties. An atom is the smallest unit of an element that can exist and still retain its chemical properties.
What do you mean by an atom of a molecule?
the smallest particle of an element that maintains its chemical identity through all chemical and physical changes is called an atom
Which component of the atom can change its identity to a new element?
Protons determine which element an atom is.
The smallest particle of an element that retains its identity in a chemical reaction?
An atom is the smallest particle of an element that can be uniquely identified as that specific element.Note that this question is different from asking "What is the smallest particle in an atom?" (see related question below). Atoms are composed of smaller particles (protons, electrons, and neutrons), but the smallest thing that has the identity of a specific element is the atom.The smallest particle of an element that still retains all that element's properties is called an ATOM.
What is the particle that identifies a atom?
The number of protons in an atom's nucleus determines its chemical identity.
What is the smallest part of an element that retains the element's properties?
The smallest subdivision that retains all of the properties of a molecular compound is a molecule, and the smallest subdivision that retains all of the properties of a ionic compound is a formula unit.
What is identitfied as an atom?
An atom is the smallest part of matter with a chemical identity, impossible to be broken by chemical procedures.
What is the smallest unit of compound?
A molecule is the smallest part of a compound that still retains the properties of said compound. As the atom is the smallest particle of an element into which it can be divided and still retain all the properties of that element, the molecule is the atom's analog for a compound.
Where does a element takes its identity from?
The number of protons in the nucleus of an atom will determine its chemical identity. Only that. The number of neutrons can vary a bit, depending on the element, and we call these variations isotopes of that element. Electron count will match proton count only in a neutral atom. Rememeber that atoms loan out and borrow electrons, which is what chemistry is all about.
What is atom and who discovered atom?
an atom is the basic unit of a chemical element.
An atom is the smallest part of?
retains the chemical identity of that element.
What part of the nucleaus can change and not change the identity of the element?
The number of protons in the nucleus affects the elemental identity of an atom, whereas the number of neutrons does not affect which element an atom belongs to.
