chapter 4: carbon - ap biology with mrs. haas4 electrons in valence shell (used for bonding) carbon...

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Chapter 4: Carbon

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Page 1: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Chapter 4: Carbon

Page 2: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Carbon Basics

Organic: Carbon-containing

Inorganic molecule examples?

Carbon atom: 6 protons, 6 electrons, 6 neutrons

4 electrons in valence shell (used for bonding)

Page 3: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Carbon Basics

Carbon has versatile bonding: rings, branches, chains (nonpolar!)

Bonds to itself more than any other element

Page 4: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Carbon Basics

Hydrocarbon chains are a fuel source

Release LOTS of energy as bonds are broken

Page 5: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Functional Groups

Chemical groups that affect molecular function as directly related to chemical reactions

Attached to organic molecules

Page 6: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Structures Fits Function

Molecules have characteristic size and shape that determine function

Ex: molecules with two atoms = linear

molecules with more than two atoms = complex

Shapes determines how biological molecules recognize and response to each other

Complementary molecules bind with weak bonds

Ex. endorphins vs. morphine

Page 7: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Morphine: Molecular Mimic

Page 8: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Isomers

Compounds have same number of atoms of same elements but different structures

Different structures = different properties

Enantiomer: Molecules are mirror images each other

Page 9: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Examples of Enantiomer

Page 10: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Thalidomide

Page 11: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

https://www.youtube.com/watch?v=mrTHfBCduRA

Children of Thalidomide

Page 12: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Dr. Francis Oldham Kelsey

Page 13: Chapter 4: Carbon - AP BIOLOGY WITH MRS. HAAS4 electrons in valence shell (used for bonding) Carbon Basics Carbon has versatile bonding: rings, branches, chains (nonpolar!) Bonds to

Functional Group Flashcards

pgs. 64-65

Chemical Group

Name

Structure

Basic function