| Biology 10 Course Information | Lab Schedule Spring 2012 |
Download Biology 10 PreLabs |
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| Bio 10 Lab | Monday 10:55- 2:05pm |
SM 51 |
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"Within 24 hours, you will forget at least
half of what was said in the lecture"
(Ace Center St. Charles Community College).
How to Take Effective Notes
One of the stated Student Learningt Outcomes for this section is to focus on how you take notes in lecture and to work on how to improve the quality of lecture notes you take. Time spent on this skill will reap rewards not only in this class but in all other classes.
The West Valley College Tutorial Center has resources that exemplify how notes should be taken in lecture and how to write up these notes making them into valuable learning tools. There is some degree of overlap between different sources (which suggests that the points repeated are worth repeating....), but notive that they all feature the same basic routine:
1. Come prepared
2. Take notes using a system that you
understand
3. Write up your notes adding in details and
filling in blanks within 24 hours of lecture..
St.
Charles Community College
Cornell
Note Taking Method
Cornell
Note Taking Rubric
Lecture
Note Guide featuring examples and rubric
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| Practice Exam (Due
February 13 at 9:20am) |
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| Final Grades |
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| Lab Greensheet |
Many of the handouts that you will recieve during the
semester are available here to download in PDF format. Simply
select the item you are interested in and click on the PDF link
(you will need Adobe Reader to view and print these documents -
get Adobe Reader here
(free download).
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Lecture
Outline .pdf |
| Lecture 1 Introduction to Bio 10 | |
| Chapter 1 A View of Life | Lecture 2 A View of Life |
| Chapters 2 and 3 | Lecture 3 Chemistry for Biology |
| Chapter 4 Cell Structure and Function | Lecture
4 Cell Structure and Function |
| Chapter 5 Membrane Structure and Function | Lecture 5 Membrane Structure and Function |
| Chapter 6 Metabolism
Energy and Enzymes |
Lecture 6 Metabolism Energy and Enzymes |
| Chapter 7 Photosynthesis and Chapter 8 Cellular Respiration | Lecture 7 Photosynthesis and Cellular Respiration |
| Chapter 34 Digestive System | Lecture 8 Digestive System |
| Chapter 34 Nutrition | Lecture 9 Nutrition |
| Chapter 32 Cardiovascular System | Lecture 10 Cardiovascular System |
| Chapter
35 Respiratory System |
Lecture 11 Respiratory System |
| Chapter 9 Cell Division | Lecture 12 Cell Division |
| Chapter 12 Molecular Biology of the Gene | Lecture 13 Structure and Function of DNA and Gene Expression |
| Chapter 41 Reproductive Systems | Lecture 14 Reproductive Systems |
| Lecture 15 Reproductive Systems | |
| Chapter 10 Meiosis and Sexual Reproduction | Lecture 16 Meiosis and Sexual Reproduction |
| Chapter 11 Mendelian Patterns of
Inheritance |
Lecture 17 Mendelian Patterns of Inheritance Respiratory System |
| Chapter 14 Biotechnology and Genomics
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Lecture 18 Biotechnology and Genomics |
| Chapter 47 Conservation of
Biodiversity |
Lecture 19 Conservation and
Biodiversity |
| Chapter 15 Darwin and Evolution |
Lectures 20 Darwin and Evolution |
| Chapter 16 How Populations Evolve | Lecture 21 Natural Selection |
| Chapter 17 Speciation and
Macroevolution |
Lecture 22 Speciation and Macroevolution |
| Chapter 44 Population Ecology |
Lectures 23 Population Ecology |
| Chapter 45 Community Ecology | 24 Community Ecology |
| Chapter 45 Ecosystems |
Lecture 25 Ecosystems |
| Chapter 46 Ecosystems of the Biosphere | Lecture 26 Major Ecosystems of the
Biosphere |