1. overall concept Cell Division concept Mitosis concept Meiosis extensions Like categories Reason for cell division Phases unlike categories # of divisions # of cells made Types of Cells Chromosome arrangement These two processes allow both prokaryotic and eukaryotic organisms to make new cells to replace old, lost, or damaged cells. Characteristics One division Body Cells 2 daughter cells PMAT Make new cells Diploid (2n) to Diploid (2n) Like characteristics Make new cells PMAT characteristics Two divisions Sex Cells 4 Daughter Cells PMAT (I and II) Make new cells Diploid (2n) to Haploid (h) Unlike characteristics Mitosis: PMAT; Meiosis: PMAT I,PMAT II Mitosis: 2 cells, Meiosis: 4 cells Mitosis: Body cells, Meiosis: Sex cells Mitosis: 2n  2n; Meiosis: 2n  n

2. overall concept Cellular Energy concept Photosynthesis concept Cellular Respiration like characteristics -chemical reaction - uses same molecules in each process - takes place inside an eukaryote’s organelles like categories How they occur Molecules used in Where they occur unlike categories Equation Order Role of Energy Summary Cellular energy allows autotrophs to make food, gives heterotrophs a food source, and both, autotrophs and heterotrophs, a process to get the energy out of the food. extensions unlike characteristics -PS Reactants are the Products of CR -CR Reactants are the Products of PS -CR makes energy (ATP) -PS uses energy (ATP) occurs in plant cells/ chloroplasts CO 2 + H 2 O + sunlight  C 6 H 12 O 6 + O 2 makes food chemical reaction occurs in eukaryotes/ mitochondria C 6 H 12 O 6 + O 2  CO 2 + H 2 O + energy releases energy chemical reaction

3. overall concept Cell Division concept Mitosis concept Meiosis extensions Like categories Reason for cell division Phases unlike categories # of divisions # of cells made Types of Cells Chromosome arrangement Summary These two processes allow both prokaryotic and eukaryotic organisms to make new cells to replace old, lost, or damaged cells. characteristics One divisionTwo divisions Body CellsSex Cells 2 daughter cells4 Daughter Cells PMATPMAT (I and II)Make new cells Diploid (2n) to Diploid (2n)Diploid (2n) to Haploid (h) Like characteristics Make new cells PMAT Unlike characteristics Mitosis:PMAT; Meiosis: PMAT I,PMAT II Mitosis: 2 cells, Meiosis: 4 cells Mitosis: Body cells, Meiosis: Sex cells Mitosis: 2n  2n; Meiosis: 2n  n

4. overall concept Cellular Energy concept Photosynthesis concept Cellular Respiration like characteristics -chemical reaction - uses same molecules in each process - takes place inside an eukaryote’s organelles like categories How they occur Molecules used in Where they occur unlike categories Equation Order Role of Energy Summary Cellular energy allows autotrophs to make food, gives heterotrophs a food source, and both, autotrophs and heterotrophs, a process to get the energy out of the food. extensions unlike characteristics -PS Reactants are the Products of CR -CR Reactants are the Products of PS -CR makes energy (ATP) -PS uses energy (ATP) occurs in plant cells/ chloroplasts occurs in eukaryotes/ mitochondria CO 2 + H 2 O + sunlight  C 6 H 12 O 2 + O 2 C 6 H 12 O 2 + O 2  CO 2 + H 2 O + energy makes food releases energy chemical reaction

5. overall concept Cellular Energy concept characteristics characteristics like categories unlike categories Summary extensions unlike characteristics like characteristics

6. overall concept Cell Division concept extensions Like categories unlike categories Summary characteristics Like characteristics Unlike characteristics