Biology HB Study Guide Semester I 2015 Sister Ruth Study the objectives given out for each chapter, Chapter review documents, terms (study stacks), hand outs, all color plates, and drawings from objectives. Do not study handouts from videos. The type of questions may include multiple choice, matching, fill-in, and the labeling of diagrams. There might be a short essay. Know the list of topics as given below for each chapter: You may bring an index card for reference during the exam. See the index card hand out information at the bottom of this document for requirements. The index card is optional but highly recommended. Chapter I Biological Themes Study of Biology and social issues branches of biology the characteristics of life and describe each growth of living things compared to “growth” of nonliving things 7 steps of scientific method. the difference between hypothesis, theory and fact, dependent and independent variables difference between inferring, predicting and making a conclusion; bias and conflict of interest in scientific research levels of organization of the Biosphere and examples for each level parts and functions of a compound microscope how an electron microscope transmission electron microscope and a scanning electron microscope differ in image produced, magnification and types of specimens observed Safety guidelines – see safety lab, and safety contract; safety video Study all terms for Chapter 1 Chapter 1 Review Sheet Diagrams: Parts of a microscope Levels of Organization Biology HB Study Guide Semester I 2015 Sister Ruth Chapter 2 Chemistry of Life the difference between mass and matter the structure of an atom, description of subatomic particles, elements, isotopes and radioisotopes the characteristics of a compound how an ionic bond is formed and how a covalent bond is formed and an example of each 3 types of matter and examples of each, how to recognize them distinguish between physical changes and chemical changes oxidation reduction reaction enzyme role in chemical reactions dissociation of water to form –OH and H+ ions polar compounds, hydrogen bonding, adhesion cohesion hydrogen bonding and how it moderates temperature changes the differences between an acid and a base, what pH means, what determines the range of the pH scale, examples of acids and bases why living things must control pH and how buffers help Study the chapter 2 review Study all terms for Chapter 2 Diagrams: structure of an atom, Chapter 3 Biochemistry the difference between organic and inorganic “HONC” the forms of carbon compounds (organic in comparison to inorganic compounds) functional groups examples and role compare an examples of dehydration synthesis (condensation) , hydrolysis the 3 classes of carbohydrates and characteristics and examples of each, the monomer for carbohydrates the characteristics of lipids, types of lipids, the monomer for lipids Biology HB Study Guide Semester I 2015 Sister Ruth the characteristics of proteins, monomer of proteins, examples of proteins, dipeptide bonding (to make an amino acid chain) characteristics of nucleic acids, (DNA and RNA), monomer of a nucleic acid structural and empirical formulas amino acid chain - know how to join two amino acids; identify an amino group and a carboxyl group of an amino acid Study all terms for chapter 3 Know the Chart of organic compounds Chapter 4 Structure and Function of the Cell the cell theory the characteristics of eukaryotic and prokaryotic cells and examples of each the structure of the cell membrane (color plate cell membrane) the location, function and description and be able to identify diagrams of all organelles of plant and animal cells (know the cell chart) contributions of Robert Hooke and Anton vanLeuwenhoek, Schwann relationship between cell volume, surface area and growth compare the structure of plant and animal cells unicellular, colonial and multicellular organisms and relationship to division of labor, interdependence and specialization Study all terms for chapter 4 Diagrams: animal cell and cell membrane (Fluid Mosaic Model color plates) Plant Cell Biology HB Study Guide Semester I 2015 Sister Ruth Chapter 5 Homeostasis and Cell Transport diffusion and osmosis, factors affecting rates passive and active transport and examples hypotonic, hypertonic and isotonic solutions and their effect on animal o and plant cells, examples of each of these situations endocytosis, phagocytosis ionic channels sodium potassium pump Study all terms for chapter 5 Diagrams of hypertonic, isotonic, hypotonic situations, phagocytosis, endocytosis Study chapter 5 review Chapter 8 Mitosis and Meiosis Difference between Sexual and asexual reproduction Examples of asexual reproduction stages of mitosis: what happens, what each one looks like, names of each phase; identify stages in diagrams cell cycle checkpoints purpose of meiosis, steps of meiosis, types of cells that undergo meiosis comparison between mitosis in plant and animal cells differences between meiosis and mitosis what diploid (2n) and haploid (1n) mean; how two determine diploid number of haploid number if given one or the other Study all terms for chapter 8 Study diagrams of stages of mitosis and meiosis; meiosis model Study chapter 8 review Biology HB Study Guide Semester I 2015 Sister Ruth Chapter 10 Nulceic Acids and Protein Synthesis Watson, Crick, Franklin – who they were structure of the DNA molecule, nucleotides, codons how amino acids are coded the role of ribosomes in protein synthesis type bases of the DNA molecules and which bond with which the replication process of DNA RNA: structure, types, how compares to DNA two main steps of protein synthesis: transcription and translation o where in the cell these occur and what happens in each main step; how do transcription and translation from a segment of DNA if given a strand of DNA- how to replicate it; how to convert to mRNA examples of proteins and their functions Study all terms for chapter 10 Study diagram of DNA structure Study chapter 8 review Exam Reference Card Requirements: Next Page Biology HB Study Guide Semester I 2015 Sister Ruth Exam Reference Card You may create an index card to be used for reference during the Biology exam. It will be checked at the start of the exam to be sure it meets the criteria listed below. If the card does not meet all the criteria listed below, it will be collected and you will not be allowed to use it for reference during the exam. It will be turned in along with your exam. Making the reference card is optional but highly recommended. Criteria: 1. Size: 4 x 6 index card 2. You can use one side only 3. It must be hand written by you in blue ink. Mechanically produced or cut and paste items (text, diagrams or charts) may not be included. 4. Your last name must be written on the unused side of the card. Note: The index card is not a substitute for studying for the exam. It is a tool that you may make as you study, perhaps with key words or prompts to help you remember ideas or details to help you think through questions on the exam. Often the experience of making the card helps with preparation for the exam such that many students don’t even need the card while taking the exam.