<p>Cell Cycle & Genetics Need To Know List This is for chapters 10 & 11, so you better get started NOW! You are to use the textbook, class activities and notes to know as much as possible about these concepts. Be as specific and complete as you can! Not everything here will be covered in class, nor is everything in the textbook. You must READ, PARTICIPATE, TAKE NOTES and STUDY!!</p><p>All vocabulary from chapters 10 & 11 plus introduced in class! (This is a big part of the test!) The relationship between cell size, surface area and volume</p><p>The problem of cell growth</p><p>The way that cell division solves the problem of cell growth</p><p>When during the cell cycle chromosomes are visible (under the microscope)</p><p>The phases of the cell cycle</p><p>Events during the phases of the cell cycle</p><p>The phases of mitosis</p><p>Events during the phases of mitosis</p><p>Structures involved in mitosis and their functions</p><p>The two main stages of cell division</p><p>Factors controlling the cell cycle (inside & outside the cell)</p><p>What large cells have trouble doing</p><p>How to interpret a circular diagram of the cell cycle</p><p>How to label a diagram of a chromosome What regulates the timing of the cell cycle</p><p>The experimentation, conclusions and principles of Gregor Mendel</p><p>How dominant and recessive alleles interact during mating</p><p>How probability relates to genetics</p><p>How to use a Punnett square and what it is used for</p><p>How to use a Punnett square to predict the outcome of a dihybrid cross</p><p>The experimentation and conclusions of Thomas Hunt Morgan</p><p>The phases, events, result and purpose of meiosis</p><p>The mechanism of crossing over</p><p>The kind of organisms to which Mendel’s principles apply</p><p>Symbols used for diploid and haploid</p><p>How gene maps are produced</p><p>How to predict the outcome of mating involving incomplete dominance</p><p>How to predict the outcome of a dihybrid cross using a Punnett square</p><p>How to recognize, label and order diagrams of cells during mitosis & meiosis</p><p>The appearance, causes and characteristics of cancer cells</p>