Answers To Questions For Base Particles And How Atom Group Together

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Changed: 18c18

8) After bonding, all atom wants 8 ve^- around it except H (2ve^-), Be (4ve^-), B (6 ve^-) and 3rd energy or higher elements can exceed eight ve^-.)

8) After "bonding" (movement of ve^-), all "atoms" need eight ve^- around them except H (2ve^-), Be (4ve^-), B (6ve^-) and element in 3rd energy level or greater can have greater than eight.

Changed: 23c23

These are answers to Basic Particles and How Atoms Group Together.

1) b
2a) "Ionic bond"
2b) One atom has a significantly stronger/larger attractive (Coulombic) force to both atoms valence electron than the other atom.
2c) Anion (negatively charged ion since it is taking both atom valence electrons, ve^-) and cation (positively charged ion since it is lost/give off it valence electrons).

3) a) sharing ve^- - covalent bond and b) all atoms lose ve^- creating cations and their "sea of free flowing ve^-)

4) Covalent bond

5) Molecule (actually there are two name, the other type we will deal with in another section)

6) Metal and non-metal

7) Rule of Eight (in other words, they want a full "outer energy shell")

8) After "bonding" (movement of ve^-), all "atoms" need eight ve^- around them except H (2ve^-), Be (4ve^-), B (6ve^-) and element in 3rd energy level or greater can have greater than eight.

9) C

10) ΔEN>=1.7 is Ionic bond, ΔEN<1.7 is Covalent bond