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Last Part Of The Chemical Bonding Project
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- I'm so glad i took advantage of my time, i feel alive. My electrons are no longer confined to one particular atom and it's free to move within my merged orbitals
- My atoms bonded with one another and now their outer shell electron orbitals merged.
- Na
- e
- +
- +
- +
- e
- e
- +
- +
- e
- +
- e
- +
- e
- +
- +
- e
- I'm presuming you guys did your reading, tell me how periodic trends have a relationship with ionic, covalent and metallic bonding?
- I'm a non-metal right, if i collide with If a metal atom has enough energy, a nonmetal with enough electro-negativity may be able to pull the electron away from the metal atom, creating positively charged ions that are attracted to one another. Ionic bonding is impacted by periodic trends in this way.
- The next day...
- Cl
- Okay, next covalent bonds.
- The bond will be non-polar covalent, which is created when electrons are shared equally between two atoms, if the electro negativeties are quite similar. When electrons are not spread evenly among the atoms, the bond will be polar covalent if the electro-negativities are different. The more electro-negative atom will be the one that is negative.
- Cl
- Let's have Lithium come up, explain the metallic bond part.
- Electro-negativity rises throughout a period and falls within a group because the valence shells on the metal atoms to the left of the table are only halfway full, they tend to lose electrons and have low electro-negativity. As a result, the size of the cation changes, the number of electrons get delocalized, and positively charged ions known as cations are formed.
- Li
- Okay guys, it is the end of class and i'm thankful for your participation, have a nice and Happy Thanksgiving!
- The End!
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