The early theories of Bohr and Sommerfeld treated the electrons as orbiting particles and applied a quantum flavour to this simple idea. Sommerfelds contribution was to quantize angular momentum which allowed for ellipical orbits. The combined ideas of Bohr and Sommerfeld are often called the Bohr - Sommerfeld model. Later work by Schroedinger Dirac and others laid the foundations of the modern understanding of atomic structure electrons treating them as particles that follow a probabilistic wave function. The concept of an "orbit" circular or elliptical is not part of modern theory.
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External forces can cause electrons in the outer orbit of an atom to break free of their orbit. Conductors can increase the chances of this happening.
Electrons orbit the nucleus. The nucleus is comprised of protons and neutrons.
They orbit around the nucleas of an atom, except in hydrogen atoms, which does not contain electrons at all.
The particles that make up the core, or nucleus, of an atom are called protons and neutrons. Tiny particles called electrons orbit the nucleus.
The reactivity of an atom is due to its number and arrangement of __________ in the outer energy level (or orbit). your question was confusing but I was able to interperet it. the answer is Electrons
electrons orbit the protons and neutrons
In the orbit around an atom - not in the nucleus
Electrons orbit the nucleus of an atom.
External forces can cause electrons in the outer orbit of an atom to break free of their orbit. Conductors can increase the chances of this happening.
the atomic orbit
Yes.
Neutrons and Protons make up the nucleus. Electrons orbit an atom.
A cloud of electrons orbit an atom and its nucleus.
electrons orbit an atom
The electrons surround the nucleus of an atom in orbit around the nucleus - so on the outside shell.
The electrons surround the nucleus of an atom in orbit around the nucleus - so on the outside shell.
No, the electrons orbiting an atom have multiple levels.