Both sets of chromosome Reaction started No energy Active transport Steps of mitosis Activation energy nucleus High to low Makes ATP Both sets of chromosome Reaction started No energy 2 new cells Control center diploid PMAT No sperm or egg Cell membrane osmosis mitochondria ribosome enzyme Controls what goes in and out mitosis chloroplast Water moves Speed up reaction asexual Uses ATP One set of chromosome Reactant of reaction Protein synthesis diffusion denature haploid photosynthesis Passive transport substrate High temp

Energy storing molecule protein Sex cells DNA ATP Crossing over Sexual reproduction Makes ATP anaerobic Energy storing molecule protein translation Homologous chromosome No oxygen ATCG Copies DNA oxygen mutation mitochondria glucose meiosis aerobic RNA->proteins chloroplast Change in DNA 4 new cells replication gamete DNA->RNA nondisjunction Type of sugar Genetic variation RNA transcription Makes glucose and oxygen Made of amino acid Error in chromosome AUCG

classification foreign DNA stem cells reproductive success # of individuals genotype binomial nomenclature undifferentiated cells habitat destruction biochemical disruptive scientific name same structure gel electrophoresis fitness favors 2 phenotypes transgenic organism homozygous stabilizing 10% genetic makeup Tt directional average phenotype DNA and proteins geographic isolation invasive species one phenotype DNA fragments phenotype energy passed non-native TT or tt KPCOFGS cladogram carrying capacity heterozygous population growth acid rain evolutionary relationship speciation deforestation vestigial fossil fuel outward appearance homologous maximum # pelvis in whale