(901) · also written as a run, 901a xxx 901n
Oxygen Atoms
Where it is first named
Carbon Dioxide molecule 0>2 (910) Electrovalent Bonding forces (q - q') comes into existence when unlike Carbon Atom (902) shares electrons with each of two Oxygen Atoms (901a / 901b) since the accepted and captured covalent electrons migrates toward both oxygen atom (901a and 901b) nucleus proton-cluster of eight particles having a greater total positive static charge than Carbon Atom (902) nucleus proton-cluster of only six ... …
How it is written
- (901a / 901b) 2×
901a xxx 901n is Meyer's shorthand for a run of the same thing: 901a is the first, 901n the last, and the x's stand for however many lie between. Every stage of the run is this one numeral.
Drawings 1
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(910) of Figure (9-2) · Electrovalent Bonding
Where it is named · 2
Electrovalent Bonding 2×
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Oxygen Atoms (901a / 901b)
Carbon Dioxide molecule 0>2 (910) Electrovalent Bonding forces (q - q') comes into existence when unlike Carbon Atom (902) shares electrons with each of two Oxygen Atoms (901a / 901b) since the accepted and captured covalent electrons migrates toward both oxygen atom (901a and 901b) nucleus proton-cluster of eight particles having a greater total positive static charge than Carbon Atom (902) nucleus proton-cluster of only six ... …
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… positioned Carbon Atom (902) emanates a positive electrical charge (B+) of equal but opposite electrical intensity (q - q') when its shared electrons is/are being used/accepted by unlike oxygen atoms (901a / 901b).
