AP Biology Syllabus
Please visit with me if you are having any trouble with the class and we can work together to overcome the problem. Remember that there are many different topics in biology and not everyone likes all of the topics. If you have trouble with one, the next may be more to your liking. I am almost always available after school (unless I have a meeting) so do not hesitate to stay for help.
Instructor: J. Ross
(972) 968-5200 ext. 5399
rossje@cfbisd.edu
Tutorial times:
2:35- 3:45 Tuesday, Wednesday, & Thursday
before school or other times by appointment only
I. Course Aims and Objectives:
Aims
This course is designed to prepare you for the AP Biology exam and for university level Biology courses. The course will have a thematic approach using the following eight themes of biology:
1. Science as a Process
2. Evolution
3. Energy Transfer
4. Continuity and Change
5. Relationship of Structure to Function
6. Regulation
7. Interdependence in Nature
8. Science, Technology, and Society
Specific Learning Objectives:
By the end of this course, students will:
1. Have completed and discuss all 12 required lab exercises.
2. Have an understanding of the eight major themes of biology and be able to describe biological concepts in terms of the themes.
3. Have improved note-taking abilities
4. Be able to answer free-response questions within a set time-limit
5. Have a better understanding of biology and how biology relates to their lives and other courses.
6. Have prepared for and taken the AP Biology exam.
7. Have experienced a rigorous college-level biology course (this course is the equivalent of 2 semesters or 8 credit hours of college level biology)
II. Format and Procedures:
Students will be expected to behave in accordance with the Student Code of Conduct. School policies and codes will be enforced. Be mindful of the school attendance policy; missing class is hazardous to your understanding of the materials.
Students should have a writing implement, paper, and notebook or folder everyday. It is important that you keep all handouts, notes, and assignments throughout the year. These materials will help you to review. Be prepared to take lecture notes in class. You will keep a lab notebook with all of your completed and graded labs. You will receive your textbook in class as early as possible. It is essential that you keep up with the reading assignments.
Because we have only 50 minutes per class, you will have to be prepared in advance of labs. You must read the labs carefully and ask questions before we begin each lab. Most labs will take multiple days. It is important that you carefully take notes and record data during the lab, and properly label all materials, or you may lose important lab time. Occasionally the lab will require that one or more students take data, or do set-up, before or after school, so choose your partners wisely.
Students who are absent when an assignment is due will be required to turn in the assignment the day they return. Students will be given the same amount of time to complete an assignment as the people who are present. I do accept late work, but at a significant point penalty. If a student misses a test, quiz, or lab, they have one week to make-up that assignment. Make-up work must be completed outside of class time.
Students will be required to participate in UIL Science, Robotics, Science Fair, Destination Imagination, or write a research paper (topic must be pre-approved). Participation will earn a test grade of 100%, but failure to participate in one of these activities will earn a 0%. See the appropriate sponsor to sign up for your preference, or see me for paper guidelines.
There will be three Saturday review sessions throughout the school year. One will be in December and will help prepare you for you fall semester final exam. One will be in March and the last one will be the weekend before the AP exam. Students are expected to attend all three sessions. Specific dates and locations will be posted in the classroom as soon as the dates are set.
III. Course Requirements:
1. Pre-requisites:
(a) Biology I or Pre-AP Biology
(b) Chemistry I or concurrent enrollment
2. Course readings:
(a) Required text: Campbell, Neil A. and Reece, Jane B., Biology, Benjamin Cummins, December, 2001, Edition 6.
(b) You will occasionally receive journal articles, handouts, and diagrams to supplement the text and get more depth on certain topics.
(c) You may wish to supplement your text with a study guide. I recommend Cliffs Guide to AP Biology, or Barrons Guide, but there are others available through bookstores and on-line.
3. All students are expected to take the AP Biology Exam.
IV. Grading Procedures:
1. Nine week averages
(a) homework/outlines/class work .. 10%
(b) quizzes ........ 20%
(c) labs. . 30%
i) 50% lab participation
ii) 50% lab write-up
(d) unit tests .... .. 40%
2. Unit tests:
Unit tests are based on the AP exam, but are designed to be completed within the allotted class time. The questions are drawn mostly from old AP exams, but text-based and lecture based questions will appear. Tests are usually, but not always, curved to mimic the AP exam values (where a 5 is an A, 4 is a B, etc.)
(a) 60% multiple choices (35-40 questions 30 minutes)
(b) 40% free-response/essay (1 question 20 minutes)
3. Semester average:
(a) 1st nine weeks average ..40%
(b) 2nd nine weeks average .40%
(c) semester final exam ... ..20%
V. Academic Integrity
All work submitted by you must be your own, original work. You may not copy other students, use assignments from previous years, or copy work from the internet or books. Copying is plagiarism and will result in a grade of 0 on that assignment and a referral. If you have questions about plagiarism please see me, other teachers, or the librarian for guidelines. Letting another student copy your work is also cheating. Both students will receive a zero and a referral. You are not helping someone if they copy you.
You are encouraged to form study groups. In your study groups you may discuss concepts and study for the course together. Different students will have different strengths and you can learn a great deal from each other and by explaining concepts to other people. You may not use this as an excuse to turn in the same work! Study groups can be very beneficial, but be careful who you choose to put in your study groups.
When taking a test, exam, or quiz, you must do your own work and be quiet. Talking during a quiz or exam (even after you have completed yours) will be considered cheating and will result in the action described above. Do not discuss a test or quiz with someone who has not taken it.
VI. Tentative Course Schedule (dates may change based on school events, and unscheduled interruptions)
First Semester
Week Topic Readings Labs & assignments
|
Week 1 Intro to biology Experimentation Chemistry |
[Text] Chapter #1-3 |
Lab 11 animal behavior (learn methodology) 1 day Practice problems Functional group quiz |
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Week 2 Biochemistry |
[Text] Chapter #2-5 |
Practice problems Macromolecule models Biochemistry unit test |
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Week 3 Thermodynamics, energy, and enzymes
|
[Text] Chapter #6
|
Enzyme models Lab 2 Enzyme catalysis 2 days Practice problems enzyme quiz |
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Week 4 digestion |
[Text] Chapter # 6 & 41 |
amylase & starch demo Digestion quiz Enzymes & digestion test |
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Week 5 The cell & cell transport |
[Text] Chapter #7-8 |
Microscope lab cells, also test salt concentrations on elodea Organelle quiz |
|
Week 6 The cell & cell transport |
[Text] Chapter # 7-8 |
Lab 1 osmosis and diffusion 1-2 days Cell unit test |
|
Week 7 Excretory system Neurons & Action Potential |
[Text] Chapter # 44 & 49 supplemental on dialysis |
Take home essay test on the two systems |
|
Week 8 Cellular energy Cellular respiration |
[Text] Chapter # 9 |
Practice problems Lab 5 cell respiration (with O2 and CO2 probes) 1day Respiration quiz |
|
Week 9 Photosynthesis |
[Text] Chapter #10 |
Lab 4 photosynthesis 1 day Calvin cycle modeling Photosynthesis quiz |
|
Week 10 Cellular energy Begin cell reproduction |
[Text] Chapter # 9-10
chapter 11 |
Cell energy models Cell energy unit test |
|
Week 11 Mitosis
apoptosis Meiosis & sexual life cycles |
[Text] Chapter #12
Supplemental article chapter 13 |
Practice problems Lab 3 mitosis (Sordaria crosses are demoed and students use pictures for data) 1 day Mitosis quiz
Meiosis models Cell division test |
|
Week 12 Mendel & genetics Chi square |
[Text] Chapter #14
supplemental statistics handout |
Assign genetics problems
Lab 7 chi square analysis (using genetic corn) - 1day Chi square modeling with skittles |
|
Week 13 Non-Mendelian genetics and genetic disorders |
[Text] Chapter #13-15 supplemental genetic diseases materials |
More genetics problems Mendelian inheritance quiz Genetic disease in-class presentations |
|
Week 14 Chromosomes, genetic recombination chromosomal inheritance |
[Text] Chapter #13-15 |
Genetics quiz Wrap-up genetics
Genetics unit test |
|
Week 15 DNA discovery, structure, and replication |
[Text] Chapter #16
supplemental material over the the discovery of the double helix |
Assigned problems DNA quiz Replication models |
|
Week 16 Gene to protein transcription and translation |
[Text] Chapter #17
|
Models of transcription and translation Replication quiz Saturday review session |
|
Week 17 DNA unit |
[Text] Chapter #16-17 |
DNA extraction lab DNA unit test After school semester reviews |
|
Week 18 |
semester finals |
Semester exam |
Second Semester
Week Topic Readings Labs and assignments
|
Week 1 Genetics of viruses and bacteria Regulation of gene expression |
[Text] Chapter #18-19
supplemental material on viruses |
Reading quiz
Operon models |
|
Week 2 biotechnology |
[Text] Chapter # 20 |
Biotechnology problems Operon quiz Lab 6A pGLO/bacterial transformation 2 days GFP chromatography/ isolation lab |
|
Week 3 Biotechnology
|
[Text] Chapter #20-21
|
Lab 6B restriction digest and electrophoresis 2 days Biotech unit test |
|
Week 4 Darwin and natural selection speciation |
[Text] Chapter #22-24 |
Evolution problems Models of selection and adaptations |
|
Week 5 Population genetics History of life |
[Text] Chapter #23-26 |
Natural selection quiz Lab 8- population genetics 1 day (computer simulation of fruit flies with class modeling population genetics) 1 day |
|
Week 6 Classification/ basic phylogeny |
[Text] Chapter # 22-26 |
Evolution unit test |
|
Week 7 Bacteria, protists, and fungi Plant phylogeny, anatomy, and physiology |
[Text] Chapter # 26-28, &30
[Text] Chapter # 29-30 |
Micro & fungi take home quiz
Lab 9 Plant tissues lab
|
|
Week 8 Plant reproduction, growth, and regulation |
[Text] Chapter # 35-39 |
Tropisms lab plant unit test |
|
Week 9 Animal phylogeny, invertebrates and vertebrates |
[Text] Chapter #32-34, 40 |
Invertebrates survey lab Reading quiz Assign take-home test over animals |
|
Week 10 Circulatory, respiratory, and immune systems |
[Text] Chapter # 42-43
|
Lab 10 circulation lab 2 days Respiration demo ELISA lab Review packet for digestion, excretory, and neurons |
|
Week 11 Nervous and endocrine systems, reproduction and development |
[Text] Chapter # 45-49
brain pathology supplement |
Senses lab
Saturday Review Session |
|
Week 12 animal behavior population ecology |
[Text] Chapter #50-52
|
Lab 11 animal behavior 1 day Systems quiz Begin after school review sessions if requested |
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Week 13 Ecology energy flow, cycles, ecosystems |
[Text] Chapter # 53-55 |
Lab 12 dissolved oxygen and primary productivity |
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Week 14 Ecology Begin review for AP Exam (Chemistry, metabolism, & the cell) |
[Text] Chapter # 50-55 |
Ecology unit test |
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Week 15 AP review (cell reproduction, genetics, DNA, gene to protein |
Review materials
|
Review questions assigned |
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Week 16 AP review (biotech & labs) |
Review materials
|
Practice AP Exam (released exam 2002) |
|
Week 17 AP review student choice |
Review materials |
Saturday review session |
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Week 18 |
AP Biology Exam |
AP Exam Monday, May 14! |
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Week 19 & 20
|
Rat dissection & student choice |
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