Introduction | p. 1 |
What is the AP Biology Test? | p. 1 |
The Princeton Review Approach | p. 2 |
Using the Princeton Review Approach to Crack the System | p. 8 |
The Chemistry of Life | p. 19 |
Elements | p. 19 |
The Essential Elements of Life | p. 20 |
Subatomic Particles | p. 20 |
What are Compounds? | p. 21 |
Water: The Versatile Molecule | p. 21 |
The Acid Test | p. 23 |
Carbon: The Versatile Atom | p. 24 |
Carbohydrates | |
Monosaccharides | |
Disaccharides | |
Polysaccharides | |
Amino Acids | |
Polypeptides | |
Lipids | |
Phospholipids | |
Nucleic Acids | |
The Heterotroph Hypothesis | p. 31 |
Cells and Organelles | p. 35 |
Living Things | p. 35 |
What are the Different Types of Cells? | p. 36 |
Organelles | |
Plasma Membrane | |
The Nucleus | |
Ribosomes | |
Endoplasmic Reticulum | |
Golgi Bodies | |
Mitochondria | |
Lysosomes | |
Centrioles | |
Vacuoles | |
Cytoskeleton | |
How Do Plant Cells Differ from Animal Cells? | p. 39 |
Transport: The Traffic Across Membranes | p. 40 |
Diffusion | |
Facilitated Transport | |
Active Transport | |
Endocytosis | |
Cellular Metabolism | p. 45 |
Bioenergetics | p. 45 |
Enzymes | p. 46 |
Spontaneous Reactions | p. 46 |
Nonspontaneous Reactions | p. 47 |
Enzyme Specificity | |
Enzyme-Substrate Complex | |
Enzyme Inhibition | |
Adenosine Triphosphate (ATP) | p. 51 |
Aerobic Respiration | p. 53 |
Glycolysis | |
Formation of Acetyl CoA | |
The Krebs Cycle | |
The Electron Transport Chain | |
Oxidative Phosphorylation | p. 59 |
What About Anaerobic Respiration? | p. 60 |
Photosynthesis | p. 65 |
The Anatomy of a Leaf | p. 66 |
A Closer Look at Photosynthesis | p. 67 |
The Light Reaction | |
Noncyclic Photophosphorylation | |
Cyclic Photophosphorylation | |
The Dark Reaction | |
The Calvin Cycle | |
Molecular Genetics | p. 75 |
DNA: The Blueprint of Life | p. 75 |
The Molecular Structure of DNA | p. 76 |
DNA Replication | p. 80 |
RNA | p. 81 |
Protein Synthesis | p. 82 |
Transcription | |
Translation | |
Mutations Mean Mistakes | p. 85 |
Cell Reproduction | p. 91 |
Cell Division | p. 91 |
The Cell Cycle | p. 92 |
Interphase | |
Mitosis | p. 94 |
Prophase | |
Metaphase | |
Anaphase | |
Telophase | |
The Haploids Versus the Diploids | p. 97 |
An Overview of Meiosis | p. 97 |
Meiosis 1 | |
Meiosis 2 | |
Gametogenesis | |
Genetics | p. 105 |
Gregor Mendel: The Father of Genetics | p. 105 |
Mendelian Genetics | p. 107 |
Dominance | |
The Punnett Square | |
Segregation | |
Independent Assortment | |
Let's Talk About Sex | p. 111 |
Classification | p. 115 |
Taxonomy | p. 115 |
How Classification Works | p. 116 |
Classification of Fungi | p. 119 |
Classification of Animals | p. 119 |
Classification of Plants | p. 120 |
Plants | p. 123 |
Plant Classification | p. 124 |
Bryophytes | |
Tracheophytes | |
Gymnosperms and Angiosperms | |
Life Cycle of Plants | p. 127 |
Plant Growth | p. 129 |
Special Structures in Plants | p. 129 |
Leaves | |
Stamen | |
Pistil | |
Tropical Tropisms | p. 132 |
Animal Structure and Function | p. 137 |
The Digestive System | p. 138 |
The Mouth | |
The Stomach | |
The Small Intestine | |
The Pancreas | |
The Large Intestine | |
The Respiratory System | p. 143 |
Transport of Carbon Dioxide | |
The Mechanics of Breathing | |
The Circulatory System | p. 145 |
Systemic Circulation | |
The Pulmonary System | |
Blood | |
The Lymphatic System | |
The Immune System | p. 151 |
The Excretory System | p. 152 |
Nephrons | |
How Urine is Made | |
Hormones of the Kidney | |
Skin | |
The Nervous System | p. 156 |
Neurons | |
How Neurons Communicate | |
Transmission of an Impulse | |
Parts of the Nervous System | |
Parts of the Brain | |
The Musculoskeletal System | p. 163 |
Bones | |
Muscles | |
Muscle Contraction | |
The Endocrine System | p. 165 |
The Pituitary Gland | |
The Pancreas | |
The Adrenal Glands | |
The Thyroid | |
The Parathyroids | |
The Sex Hormones | |
The Reproductive System | p. 171 |
The Menstrual Cycle | |
The Male Reproductive System | |
Morphogenesis | p. 175 |
Blastula | |
Gastrula | |
Neurula | |
Microorganisms | p. 183 |
Kingdom Monera | p. 183 |
Kingdom Protista | p. 185 |
Kingdom Fungi | p. 185 |
Viruses | p. 186 |
Evolution | p. 191 |
Darwin and the HMS Beagle | p. 192 |
Genetic Variability | p. 194 |
Mutations and Evolution | p. 195 |
Species | p. 196 |
Population Genetics | p. 197 |
Hardy-Weinberg Equations | |
Behavior and Ecology | p. 201 |
Behavior | p. 201 |
Basic Instincts | p. 202 |
Learning | |
The Circadian Rhythm | |
Ecology | p. 204 |
Biosphere | |
Major Biomes | |
Ecosystem | |
Community | |
Producers, Consumers, Decomposers | |
Symbiotic Relationships | |
Population Ecology | p. 209 |
Ecological Succession | |
The Free-Response Questions | p. 215 |
The Essays | p. 215 |
Sample Essays | p. 221 |
How to Use our Diagnostic Essays | |
Laboratory | p. 225 |
Diffusion and Osmosis | p. 226 |
Enzyme Catalysis | p. 226 |
Mitosis and Meiosis | p. 227 |
Plant Pigments and Photosynthesis | p. 228 |
Cell Respiration | p. 229 |
Molecular Biology | p. 229 |
Genetics of Drosophila | p. 230 |
Population Genetics and Evolution | p. 231 |
Transpiration | p. 231 |
Physiology and the Circulatory System | p. 231 |
Habitat Selection | p. 232 |
Dissolved Oxygen and Aquatic Primary Productivity | p. 232 |
Answers and Explanations to the Chapter Drills | p. 233 |
The Princeton Review Ap Biology Diagnostic Exam I | p. 245 |
Answers and Explanations Exam I | p. 269 |
The Princeton Review Ap Biology Diagnostic Exam II | p. 287 |
Answers and Explanations Exam II | p. 309 |
Index | p. 321 |
About the Author | p. 329 |
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