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HONC FOR BONDING! ElementNumber of Outer Electrons Number of Covalent Bonds It Can Make Hydrogen11 Oxygen62 Nitrogen53 Carbon4 4
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What does a diamond, pencil, and a piece of coal have in common?
WHY IS CARBON SO IMPORTANT? Carbon has 4 outer electrons, all used for bonding
HONC FOR BONDING!Element Number of
Outer Electrons
Number of Covalent
Bonds It Can Make
Hydrogen 1 1
Oxygen 6 2
Nitrogen 5 3
Carbon 4 4
WHY ARE ALL THESE BONDS IMPORTANT? Carbon can bond with all of these atoms, including itself
These bonds between Carbon and other atoms create long chains and complex structures
These structures can then form even more complex structures to compose the major molecules of life called macromolecules.
WHAT MAKES CARBON SO SPECIAL? Remember CHOPNS
1. Carbon can bond with ALL of those atoms, including itself!
2.Can make single, double AND triple bonds
Single bond
Double bond Triple bond
WHAT MAKES CARBON SPECIAL?4 single bonds = tetrahedral shape
……are these ionic or covalent bonds?
3. Straight chains and rings
moleculargeometry.cybermediasystem.net
CARBON COMPOUNDS ARE “ORGANIC” In Chemistry, the term “organic” refers to compounds that contain Carbon.
Example: C6H12O6 C12H24O12
Any compound that does not contain Carbon is known as “inorganic”
Example: KCl, NaBrThe exception is CO2
ARE THE FOLLOWING COMPOUNDS ORGANIC OR INORGANIC?
ARE THE FOLLOWING COMPOUNDS ORGANIC OR INORGANIC?
ARE THE FOLLOWING COMPOUNDS ORGANIC OR INORGANIC?
In our bodies, these complex organic compounds make up macromolecules
Macromolecules are formed through the connecting of “monomers” to create long chains called “polymers”
Monomer: smallest unit that makes up a polymer.Ex: glucose Polymer: large molecules that are made up of monomers.Ex: starch
Think about a train!Each car is a monomer and the whole train is a polymer.
MONOMERS: THE “LINKS” IN THE POLYMER “CHAIN”
LET’S SUM UP! Carbon can bond to itself.
Carbon will bond with many other elements and form strong covalent bonds.
Carbon can form straight chains, branches or rings.
Carbon can form single, double or triple bonds.
CLOSURE
Explain 3 things you learned about Carbon today and give examples.(to be handed in)