Survey
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
Recent AP Biology Free Response Questions, By Year 1998 1998 1998 1998 1. 2. 3. 4. Cell membrane transport Gene transfer Asexual and sexual reproduction Food web 1999 1999 1999 1999 1. 2. 3. 4. Experiment, photosynthesis Communication between cells Domains DNA as hereditary material 2000 2000 2000 2000 1. 2. 3. 4. Experiment, enzyme Feedback mechanisms and homeostasis DNA replication, transcription, translation, transfer Response to environment 2001 2001 2001 2001 1. 2. 3. 4. Structure and function Evolution and natural selection Experiment, BOD, dissolved oxygen Proteins 2002 1. 2002 2. 2002 3. 2002 4. Molecular genetics techniques Biological rhythms, animals Structure and function Experiment, diffusion 2002b1. 2002b2. 2002b3. 2002b4. Bacteriophage Experiment, circulation Structure and function, polymers Germ layers 2003 1. 2003 2. 2003 3. 2003 4. Drosophila chi-square Regulation, homeostasis Population growth Death 2003b1. 2003b2. 2003b3. 2003b4. Prokaryote, eukaryote DNA Hormones Water Population genetics, biodiversity 2004 1. 2004 2. 2004 3. 2004 4. Meiosis Evolution Experiment, photosynthesis Symbiosis 2004b1. 2004b2. 2004b3. 2004b4. Prokaryotes, impact Experiment, primary productivity, DO Homeostasis Kingdoms, characteristics Gerald Rau 2011 2005 1. 2005 2. 2005 3. 2005 4. Experiment, yeast enzymes Chromosomes Reproduction, angiosperm and moss Immune system 2005b1. 2005b2. 2005b3. 2005b4. Animal behavior, interactions Evolutionary significance of adaptations Protein synthesis Experiment, osmosis 2006 1. 2006 2. 2006 3. 2006 4. Prokaryote, eukaryote cells, organelles Population ecology Transpiration Circulatory, respiratory, digestive systems 2006b1. 2006b2. 2006b3. 2006b4. Sexual, asexual reproduction Structure/function macromolecules, membranes Transpiration Food web energy transfer 2007 1. 2007 2. 2007 3. 2007 4. Membranes, macromolecules, function Cephalization, nervous system development, stimulus response Biome, desert food chain, C4 Restriction mapping, recombinant DNA, GM 2007b1. 2007b2. 2007b3. 2007b4. Behavior, experiment design Immune, non-specific, acquired, transplant rejection mRNA modification, translation, protein modification Ecosystem energy flow, global changes 2008 1. 2008 2. 2008 3. 2008 4. Protein structure, function, hemoglobin Primary productivity, graph, prediction Regulation, cellular, metabolic, ecosystem Plants, fertilization, pollen transfer, self-incompatibility 2008b1. 2008b2. 2008b3. 2008b4. DO, primary productivity Structure and function, various levels HW, population change Homology and evolution 2009 1. 2009 2. 2009 3. 2009 4. Experiment, graph, control, physiology ATP structure, chemiosmosis, use, energy pyramid Phylogeny, genetic change DNA to protein, regulation, viruses 2009b1. 2009b2. 2009b3. 2009b4. Transformation Plant reproduction, alt. gen., vascular/non, dispersal Water properties, biological role Oxygen uptake mechanisms Gerald Rau 2011 2010 1. 2010 2. 2010 3. 2010 4. Homeostasis, glucose, cell signaling Experiment, graph, predict, enzyme regulation Linkage, HW Succession, abiotic, primary/secondary 2010b1. 2010b2. 2010b3. 2010b4. Chromatography, photosynthesis, Rf Mutations, consequences, frequency change Bacteria, roles, GM Response, experiment design Gerald Rau 2011 Recent AP Biology Free Response Questions, by Category Molecules and Cells Chemistry of Life 2001 4. 2002b3. 2003b3. Proteins Structure and function, polymers Water Cells 1998 1. 1999 2. 2006 1. 2006b2. Cell membrane transport Communication between cells Prokaryote, eukaryote cells, organelles Structure/function macromolecules, membranes Cellular Energetics Heredity and Evolution Heredity 2003 1. 2003b1. 2004 1. 2005 2. 2006b1. Molecular Genetics 1998 2. 1999 4. 2000 3. 2002 1. 2005b3. Drosophila chi-square Prokaryote, eukaryote DNA Meiosis Chromosomes Sexual, asexual reproduction Gene transfer DNA as hereditary material DNA replication, transcription, translation, transfer Molecular genetics techniques Protein synthesis Evolutionary Biology 2001 2. Evolution and natural selection 2003b4. Population genetics, biodiversity 2004 2. Evolution 2005b2. Evolutionary significance of adaptations Organisms and Populations Diversity of Organisms 1999 3. Domains 2002b1. Bacteriophage 2004b1. Prokaryotes, impact 2004b4. Kingdoms, characteristics Structure and Function of Plants and Animals 1998 3. Asexual and sexual reproduction 2000 2. Feedback mechanisms and homeostasis 2000 4. Response to environment 2001 1. Structure and function 2002 3. Structure and function Gerald Rau 2011 2002b4. 2003 2. 2003 4. 2003b2. 2004b3. 2005 3. 2005 4. 2006 3. 2006 4. 2006b3. Ecology 1998 4. 2002 2. 2003 3. 2004 4. 2005b1. 2006 2. 2006b4. Germ layers Regulation, homeostasis Death Hormones Homeostasis Reproduction, angiosperm and moss Immune system Transpiration Circulatory, respiratory, digestive systems Transpiration Food web Biological rhythms, animals Population growth Symbiosis Animal behavior, interactions Population ecology Food web energy transfer Experiments 1999 1. 2000 1. 2001 3. 2002 4. 2002b2. 2004 3. 2004b2. 2005 1. 2005b4. Gerald Rau 2011 Experiment, photosynthesis Experiment, enzyme Experiment, BOD, dissolved oxygen Experiment, diffusion Experiment, circulation Experiment, photosynthesis Experiment, primary productivity, DO Experiment, yeast enzymes Experiment, osmosis