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Biology Division, LCC

 

Schedule

 

Kabi R. Neupane, Ph.D.

Instructor, Biology and Biotechnology, LCC, Hawaii

 

 

 

              

 

 

Leeward Community College

BIOLOGY 101

Spring Semester 2004

Room: MS 105

Instructor: Kabi R. Neupane 

Office: MS 107

Phone: 455-0418

Email: kabi@hawaii.edu

Office Hours:   M W F(9am -9:50am), T (1:00 pm -3:00 pm); F (3-4 pm)

Lecture: MWF 10:00-10:50 am

 Lab: M 1:00-4:00 pm 

Internet: http://emedia.leeward.hawaii.edu/kabi 

WebCT: http://webct.hawaii.edu  

REQUIRED TEXTBOOKS:     

Campbell NA, Reece JB and Simon EJ. 2004. Essential Biology, Second Edition. Pearson, Benjamin Cummings, San Francisco.

Floyd, J and Neupane, KR. 2003. Laboratory Manual for Biology 101L. Leeward Community College, Pearl City, HI  96782 

PREREQUISITES:  ENG 21 and ENG 22 with a grade of C or better or equivalent and MATH 25 with a grade of C or better or equivalent.

COURSE DESCRIPTION:  Biology 101 is a one semester course designed to provide students not majoring in any of the natural sciences with an understanding of the major concepts in the following biological disciplines: cell structure and function, genetics, evolutionary theory, plant and animal structure and function, ecology and animal behavior.  Additionally, this course provides non-science majors with an understanding of the scientific approach to problem solving and the increasing role biology has in daily life.  Lab attendance is required.

COURSE OBJECTIVES: Upon completion of this course, the successful student should be able to:

Describe the basic structures of matter and explain the role of chemical bonds in the formation of molecules, energy transfers, solutions, and pH. [CT, SR]

Classify an organic molecule as a lipid, carbohydrate, protein, or nucleic acid, and state the metabolic role for each class of molecule. [CT, SR]

Describe the structure and functions of organelles involved in metabolic processes in cells. [CT, SR]

Explain the chemical equations, which summarize the metabolic reactions of photosynthesis and respiration and describe the specific organelles where each occurs. [CT, SR] 

Demonstrate and explain the results of monohybrid and dihybrid crosses, incorporating various genetic phenomena related to the structure and function of the DNA molecule. [CT, QR]

Describe the process of natural selection and explain the current hypotheses for the evolution of bacteria, protists, plants, fungi, animals, and humans. [CT, SR, QR]

Describe the ecology of populations, communities, ecosystems, and biomes, and discuss the importance of conservation. [CT, QR]

Demonstrate proficiency in the hypothetico-deductive approach to scientific problem solving including observation, experimentation and reporting. [SR, WC, QR]

[CT, critical thinking; SR, scientific reasoning; QR, quantative reasoning; WC, written communication]

SCHEDULE CHANGE: I may change the order or content of the lectures and/or labs if I feel that such change(s) will benefit the class. You will be informed in advance of changes, if any.

GRADING:  The examinations will cover material presented in lectures, videos and the text. The emphasis of each exam will be on material covered in class. The exams' format will be multiple choice, short answer, and short essays.  You are strongly urged to attend each class and continually review the text and lecture notes. 

Up to 20% of the grade consists of chapter quizzes, which will be administered in  WebCT format.  After a chapter is covered in lecture, the quiz for that chapter will be open for one month for your convenience. There will be 10 to 15 multiple choice questions per chapter per quiz. You may take a quiz up to 5 times and only the best score (out of up to 5 quizzes) will be counted towards a chapter quiz score. I encourage you to take advantage of the chapter quizzes which is a great learning tool for better understanding of the course material. To help you practice, a subset of questions are available online which you can take as many times as you like. Follow the Internet link provided. Multiple sources of information are provided for people with different learning strategies.

In the beginning of each class, I may ask a few students, chosen randomly, to answer a question from the previous class.  You may earn up to 5 extra points for submitting your thoughts on a recently published article in a newspaper, magazine or web site relevant to biology, (one point for each article). These extra points may help you earn higher letter grade at the end of the course.  

Distribution of points:

20 WebCT quizzes (10 points per quiz)  

200

4 lecture exams (100 points each)

400

Midterm lab examination

40

Final Lab examination

60

Lab reports

100

Final Examination 

150

Scientific Report

50

Total

1000

  A=900+; B=800+; C=700+; D=600+; F= less than 600.

Final exams (lab and lecture) will be cumulative. You will need to purchase your own Scantron forms from the bookstore (15 cents each) for laboratory examinations.  If you forget to bring a Scantron to the test, you may buy one from the Instructor for $1.00.  However, any and all tests, except the lab examination, may be taken over the WebCT.

Please note that the last day to withdraw from the course without “W” is February 1 and it is your responsibility to drop the course by that date. Simply stopping to come to the class will result in an F for the course.  An I grade is given only under extreme circumstances.  There will be no make-up exams unless under extreme circumstances or prior arrangement with the instructor except for one midterm examination of choice towards the end of the semester. There will be no make-up lab examination, however.

CLASS RULES, SUGGESTIONS AND PARTICIPATION: I wish to create a relaxed atmosphere that is conducive to learning. Your participation and cooperation is very important for maintaining the class environment that we can all enjoy. Please feel free to ask questions and or ask me to repeat myself. For some questions that may require individual attention, it may be best to utilize the scheduled meeting hours or arrange a meeting in my office.  Please refrain from behavior (s) that are distracting to the class or are inappropriate for a sound learning environment. I am open to suggestions regarding pedagogical techniques for delivery of difficult concepts.

NONDISCRIMINATION POLICY: I uphold the University of Hawaii's nondiscrimination policy in my classes.  Any discriminatory acts or language on the basis of race, religion, age, sex, national origin, ancestry, disabilities or sexual orientation will NOT be tolerated. In addition, my classroom and office are UH designated Safe Zones. The Safe Zone program is committed to creating and maintaining a positive social and academic environment for gay, lesbian, bisexual and transgender students. Again, any discriminatory acts or language on the basis of sexual orientation will NOT be tolerated.

Students with disabilities who believe that they may need accommodations in this class are encouraged to contact the Coordinator of the KÄKO‘O ‘IKE (KÏ) program located in L-208 of Leeward Community College’s library building as soon as possible to ensure that such accommodations are implemented in a timely fashion.

LECTURE SCHEDULE

Day

Date

Power Point Files   

Practice Questions

Mon

12-Jan

Introduction: Scientific Method

Chapter-1

Wed

14-Jan

Introduction: Biology Today

Chapter-1

Fri

16-Jan

Essential Chemistry for Biology-I

Chapter-2

Mon

19-Jan

Martin Luther King Jr. (HOLIDAY)

Wed

21-Jan

Essential Chemistry for Biology-II

Chapter-2

Fri

23-Jan

The Molecules of Life I

Chapter-3

Mon

26-Jan

The Molecules of Life-II

Chapter-3

Wed

28-Jan

A Tour of the Cell-I

Chapter-4

Fri

30-Jan

A Tour of the Cell-II

Chapter-4

 

 

Homework: Label parts of cells

 

Mon

2-Feb

The Working cell

Chapter-5

Wed

4-Feb

Video Presentation

 

Fri

6-Feb

First Mid-term examination (Ch 1-5)

Mon

9-Feb

Cellular Respiration-I

Chapter-6

Wed

11-Feb

Cellular Respiration-II

Chapter-6

Fri

13-Feb

Photosynthesis-I

Chapter-7

Mon

16-Feb

Presidents Day (Holiday)

Wed

18-Feb

Photosynthesis-II

Chapter-7

Fri

20-Feb

The Cellular Basis of Reproduction-I

Chapter-8

Mon

23-Feb

The Cellular Basis of Reproduction-II

Chapter-8

Wed

25-Feb

Patterns of Inheritance-I

Chapter-9

Fri

27-Feb

Patterns of Inheritance-II

Chapter-9

Mon

1-Mar

Second Mid-term Examination (Ch 6-9)

Wed

3-Mar

Molecular Biology of the Gene-I

Chapter-10

Fri

5-Mar

Non-instructional Day

Mon

8-Mar

Molecular Biology of the Gene-II

Chapter-10

Wed

10-Mar

Gene Regulation-I

Chapter-11

Fri

12-Mar

Gene Regulation-II

Chapter-11

Mon

15-Mar

DNA Technology-I

Chapter-12

Wed

17-Mar

 How Populations Evolve-I

Chapter-13

Fri

19-Mar

 How Populations Evolve-I

Chapter-13

 

 

Spring Break (March 22-26)

Mon

29-Mar

Third Mid-term Examination (Ch 10 -13)

Wed

31-Mar

How Biological Diversity Evolves-I

Chapter-14

Fri

2-Apr

How Biological Diversity Evolves-II

Chapter-14

Mon

5-Apr

The Evolution of Microbial Life-I

Chapter-15

Wed

7-Apr

The Evolution of Microbial Life-I

Chapter-15

Fri

9-Apr

Good Friday (Holiday)

Mon

12-Apr

Plants, Fungi, and the Move onto Land-I

Chapter-16

Wed

14-Apr

Plants, Fungi, and the Move onto Land-II

Chapter-16

Fri

16-Apr

The Evolution of Animals-I

Chapter-17

Mon

19-Apr

 The Evolution of Animals-II

Chapter-17

Wed

21-Apr

Human evolution (Video)

Chapter-17

Fri

23-Apr

Fourth Midterm Examination (Ch14-17)

Mon

26-Apr

The ecology of organisms and populations-I

Chapter-18

 

 

Retake a midterm of choice (Apr 27-28)

Wed

28-Apr

The ecology of organisms and populations-II

Chapter-18

Fri

30-Apr

Communities and ecosystems-I

Chapter-19

Mon

3-May

Communities and Ecosystems-II

Chapter-19

Wed

5-May

Human impact on the environment

Chapter-20

Mon

10-May

Final Examination (10:00 am to 12:00 noon)

LAB SCHEDULE

Mon

12-Jan

Lab 1 and 2: Asking Scientific questions and seed germination

Mon

19-Jan

Martin Luther King Jr. (HOLIDAY)

 

Mon

26-Jan

Lab 3: Cells, microscopes, and Domains of life

Mon

2-Feb

Lab 4: Cellular transport: Brownian motion, diffusion and osmosis

Mon

9-Feb

Lab 5 & 6: Cellular respiration and photosynthesis

Mon

16-Feb

Presidents Day (Holiday)

 

Mon

23-Feb

Lab 7: Nuclear Division: mitosis and meiosis

Mon

1-Mar

Lab 8: Genetics and Inheritance (Preliminary research report due)

Mon

8-Mar

Lab 9: DNA fingerprinting (Midterm Lab examination)

Mon

15-Mar

Lab 10: Microevolution and Hardy-Weinberg equilibrium   

Mon

29-Mar

Lab 11: Macroevolution

Mon

5-Apr

Lab 12: Plant Diversity

Mon

12-Apr

Lab13: Animal taxonomy

Mon

19-Apr

Lab 15: Population Ecology

Mon

26-Apr

Lab 16: Community and Ecosystems Ecology

Mon

3-May

Final Lab Examination

 
nd mail, questions or comments about this web site to kabi@hawaii.edu.
Copyright © 2003 Kabi R. Neupane
Last modified: December 13, 2006
About PowerPoint Presentation: Many PowerPoint files have been adapted from media supplement of the Textbook Publisher, Benjamin Cummings (Pearson Education, Inc.). I strongly recommend students to visit the Publisher’s website at www.essentialbiology.com (Bio 101) or www.campbellbiology.com (Bio 171) and benefit form their online resources.