ring straight branched organic chemistry carbon compound shapes
TRANSCRIPT
Ring
Straight Branched
Organic ChemistryCarbon Compound Shapes
The Main Biomolecules
Simple carbon compounds assemble to form the four main biomolecules:
CarbohydratesLipids
ProteinsNucleic Acids
Biomolecules are made of Monomers
Monomers Polymer
Monomer + Monomer + Polymer
Condensation/Polymerization Reaction
Building a Polymer Anabolic Reaction
Endergonic Reaction
A polymerase enzyme catalyzes this reaction
Condensation Reaction:
Dehydration Synthesis
H
OH
H
OH
05-02-Macromolecules.mov
E
N
E
R
G
YRate of Reaction
Anabolic Reactions are Endergonic
1. What Polymers would our cells have to build for our body?
A. Carbs
B. Proteins
C. Lipids
D. Nucleic Acids
2. What are the Monomers for each of the above Polymers?
Monosaccharides
Amino Acids
Glycerol & Fatty Acids
Nucleotides
Polymer + Water Monomer + Monomer
Hydrolysis Reaction
Breaking Down a Polymer Catabolic Reaction
Exergonic Reaction
+ Water
A hydrolase enzyme catalyzes this reaction
H2O
Polymer + Water Monomer + Monomer
H2O
H2O
H2O
Polymer + Water Monomer + Monomer
H2O
H2O
HOH
H OH
HOH
E
N
E
R
G
YRate of Reaction
Catabolic Reactions are Exergonic
1. What Polymers would our Digestive System have to break down for our cells?
A. Carbs
B. Proteins
C. Lipids
D. Nucleic Acids
2. What are the Monomers for each of the above Polymers?
Monosaccharides
Amino Acids
Glycerol & Fatty Acids
Nucleotides
Monomer + Monomer Polymer + Water
Condensation Reaction
Hydrolysis Reaction
Building Reaction
Breaking Down Reaction
Endergonic Reaction
Exergonic Reaction
Catabolism
Anabolism
The Main Biomolecules are Polymers
Polymers /macromolecules are strings of repeating units, identical / nearly identical compounds (monomers) linked together by covalent bonds.
Condensation reaction or polymerization: dehydration synthesis (anabolic) making a polymer from monomers
Hydrolysis reaction (catabolic) breaking a polymer into monomers