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What is an electrically neutral particle composed of two or more atoms chemically combined called?
An electrically neutral particle composed of two or more atoms chemically combined is called a molecule.
Two bonded fluorine atoms form a neutral particle called what?
Two bonded fluorine atoms form a neutral particle called a fluorine molecule (F2).
What is a Particle composed of two or more atoms?
When it's a molecule
What is the term for a particle composed of two or more non metal atoms?
A substance composed of two or more atoms of the same element is just a pure substance/element, a substance composed of different atoms is called a compound
The two bonded fluorine atoms form a neutral particle called a what?
The two bonded fluorine atoms form a neutral particle called a fluorine molecule (F2).
What is the term for the simplest representative particle in a compound composed of nonmetal atoms?
The term for the simplest representative particle in a compound composed of nonmetal atoms is a molecule. A molecule consists of two or more nonmetal atoms chemically bonded together.
What is a neutral particle called that is formed by two bonded fluorine atoms?
A fluorine molecule
What is an electrically neutral unit composed of two or more atoms?
Such unit is molecule.
What is the two bonded fluorine atoms that form a neutral particle called?
The two bonded fluorine atoms that form a neutral particle are called a fluorine molecule (F2). This molecule is formed by the sharing of a pair of electrons between the two fluorine atoms, resulting in a stable, nonpolar covalent bond.
Two or more atoms joined into a single particle form a?
A particle composed of one or more atoms is called a molecule
The two bonded fluorine atoms form a neutral particle called?
Fluorine gas, whose favorite meal is calcium, no matter what it might be bonded to. u r welcome
A molecule is the neutral particle formed when?
A molecule is the neutral particle formed when electrons are shared between atoms. The charge is neutral when electrons are shared, negative when they gain electrons, and positive when they lose electrons.
