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Here are my best sophisticated transitionsconsequentlysubsequentlythusthereforeadditionallysingularlyto concludeHope this helps
an electron microscopean elctron microscope
Because it best fits the experimental data. From a layman's perspective (the layman being me, not necessarily you), the reasoning is thus: Heisenberg's Uncertainty Principle states that we cannot know both the position and the trajectory of a particle, because in the act of observing the particle we will have altered at least one of those qualities. What we can then deduce about the position of an electron (its 'orbit,' if you will) is not a precise set of values but a range of probabilities as to where that electron will be at a given point in time. That range, represented graphically, describes a fuzzy-edged set of possible locations, in the shape of a hollow sphere (thus "cloud"), at a distance from the atomic nucleus which is determined by the energetic state of that particular electron.
A blowing of a balloon best describes the BIG BANG best
scanning electron microscope
The electron cloud model best describes the organization of electrons around the nucleus of an atom.
The electron cloud model best describes the organization of electrons around the nucleus of an atom.
The electron cloud model best describes the organization of electrons around the nucleus of an atom.
The electron cloud model best describes the organization of electrons around the nucleus of an atom.
Dust cloud
The energy required to remove an electron
Yes, it is true.
A spherical electron cloud surrounding an atomic nucleus would best represent an s orbital. A maximum of 2 electrons can occupy an orbital.
One atom pulls an electron from another atom.
tall and dense, puffy, bunny tail like
Valence electrons are the electrons involved in chemical reactions.
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