GENERAL BIOLOGY
I
SPRING,
2006
BIOL 1010 4
credits
Section 10
MWF 11:00-11:50
SM 231
Text: Biology, Raven &
Johnson,
7th ed; McGraw Hill Pub.
Instructor: Dr.
email: elise.kimble@northwestcollege.edu Office
Hours: MWF 10-11, Th 9:30-11:30
Course
Description: Students study the following topics:
ecology, evolution, genetics, the chemistry of life, cell structure and
function, respiration and photosynthesis.
This introductory biology course is designed for students specializing in
the biological or physical sciences or health and physical
education
Learning
Outcomes: A student who successfully completes
this class is expected to achieve the following Biology Department
outcomes:
This outcome will be evaluated through exams. The lab
component of the course grade is also a measure of this
outcome.
Exams and in-class activities will indicate the students ability to
analyze biological
phenomena using a scientific approach. The lab component of the grade is an
important
part of evaluation of this outcome.
Homework questions will measure this outcome; analysis
of data gathered in lab exercises will also demonstrate the ability of the
student to meet this outcome
Written communication will be evaluated in essay portions of exams. Some
short oral
reports in class will also be required. The
student should be able to communicate
biological concepts clearly and accurately and use biological
terms correctly.
In addition, the student should be able to acknowledge
that multiple points of view exist in class discussions in which students are
asked to apply knowledge of biology in evaluating social issues that have a
biological dimension. The student
should also recognize that different interpretations of data are legitimate
outcomes of individual scientific studies.
Students with Special
Needs
Students who qualify for
specific accommodations under the A
Classroom Behavior: Students
are expected to treat all students, instructors and guests in a respectful
manner. Please refer to the Student
Handbook for specific policies and procedures.
Cell Phones: Please turn off and put
away cell phones when you enter lab.
If you are anticipating an urgent message, please inform the
instructor.
Absence Policy:
Consistent
attendance is important in science class; students who regularly miss class
rarely do well in this course. If you know you will be gone, talk to me
so we can make arrangements to prevent falling behind. See Due Dates for Assignments and Missed
Exams below.
Due Dates for
Assignments:
Assignments are late if they
are not handed in by the end of the day upon which they are due. Late assignments are assessed a penalty
of two points for each day they are late (weekends excluded). Extensions are granted for excused
absences (school activities, significant illness).
Missed
Exams:
April 21 for Exams III and
IV.
Academic Integrity: You are
expected to strictly observe NWC rules regarding academic
honesty:
·
refrain from
cheating on exams
·
properly
reference published material. Take note: this is a very serious matter in
academic circles!
·
submit only work
that is your own
·
dont let
others submit your work as their own.
A grade of zero may be received
for the assignment or, for particularly egregious violations, for the entire
course. See the Student Handbook
Academic Policies for more details.
Grading
Policy:
Lecture = 75% of the total
course grade. Your lecture grade
will be based on
Your lab grade will be
determined by your laboratory instructor and is worth 25% of the total course
grade. You must have a lab grade
of some sort to pass this course.
The
grading scale is:
90-100% of the total
possible points = A,
80-89% =B, 70-79% =C, 60-69% =D, 59% or
lower=F
Plus and minus grades are
given for averages on the borderline; for example, 79% is a C+ and 80% is a
B-.
To contact
me:
Success
Tips:
Pay attention to the course
schedule for assignment due
dates!
Look over the material
before class.
Make sure you can
Ask
questions either in class or after class.
Use
learning aids that help you: matrices, rhy
The
So
students also use the second floor
atrium.
Free online help is
available via Smarthinking.
COURSE OUTLINE
Chapter 1: Science and its
Chapter 53: Population
Ecology
Chapter 54: Community
Ecology
Chapter 55: Dynamics of
Ecosystems
Chapter 56: The
Biosphere
Chapter 57: Conservation
Biology
EXAM I: Chapters 1, 53-57
Chapter 2: Nature of
Molecules
Chapter 3: Building Blocks of
Life
Chapter 4: Origin and Early History of
Life
Chapter 5: Cell
Structure
Chapter 6:
Membranes
Chapter 7: Cell-Cell
Interactions
EXAM II: Chapters 2-7
Chapter 8: Energy and
Metabolism (enzymes)
Chapter 9: How Cells Harvest
Energy (cellular respiration)
Chapter 10: Photosynthesis
Chapter 11: How Cells Divide
EXAM III: Chapters 8-11
Chapter 12: Sexual Reproduction and
Meiosis
Chapter 13: Patterns of
Inheritance
Chapter 14:
DNA
Chapter 15:
Genes
EXAM IV:
Chapters 12-15
Chapter 21: Genes Within
Populations
Chapter 22: The Evidence for
Evolution
Chapter 23: The Origin of
Species
Students Choice: Choose from Chapter 16: Gene Technology,
Chapter 20: Cancer Biology,
Chapter 52:
Behavioral Biology
FINAL EXAM: Wednesday, May 10 1:00-2:50
PM
Chapters 21-24, student choice
chapters, and cumulative material
BIOLOGY 1010
LECTURE SCHEDULE SPRING, 2006
This schedule may change as the semester
progresses.
Wed, Jan 11 Introductions,
Syllabus, Text, Lecture on Chap 1
Assignment: Read Chapter 1
Fri Jan 13
Lecture: Chap 53
Assignment: Read Chap 53 and 54
Mon Jan 16 Equality Day no
class
Wed Jan 18 Lecture:
Chap 53
Assignment:
Paper due Fri, Jan 27 30 points
Oral
Presentations Jan 30 & Feb 1 20
points
Fri Jan 20
Lecture Chap 54
(last day to add full term
classes)
Mon Jan 23 Lecture
Chap 54
Read Chapters 55 and 56
Wed Jan 25 Lecture
Chap 55
Fri Jan 27
Lecture Chap 56
Read Chapter 57
Hand in Paper
Mon Jan 30 Oral Presentations: evaluated by rubric 20 points, Lecture Chap
57
Wed Feb 1 Oral Presentations: evaluated by rubric
20 points
Fri Feb 3
Lecture Chap 2
Assignment: Read Chap 2 pp 25-32
Mon Feb 6 Exam I: Chapters 1,
53-57
Assignment: Read Chap 3
Wed Feb 8
Lecture Chap 3
Fri Feb 10
Chap 3 cont
Assignment:
Read chapters 4-7
Mon Feb 13 Lecture Chap
4
Wed Feb 15 Lecture Chap
5
Assignment: Model of Cell
due Wed
Fri Feb 17
Lecture Chap 6
Mon Feb 20 Scholarship Day
only evening classes meet
Wed Feb 22 Chap 6
cont
(Lab Exam is
Thursday)
Fri Feb 24
Lecture Chap 7
Mon Feb 27 EXAM II: Chapters
2-7
Wed Mar 1 Lecture
Chap 8
Fri Mar 3
Chap 8 cont.
Sat Mar 4 Sun Mar 12 Spring
Break
Mon Mar 13 Lecture Chap 9
Wed Mar 15 Chap 9
cont
Fri Mar 17
Lecture Chap 10
Mon Mar 20 Lecture Chap 11
(Mar 21 is last day to withdraw
from full-term classes)
Wed Mar 22 Chap 11
cont
Fri Mar 24 EXAM III: Chapters 8-11
Mon Mar 27 Lecture Chap 12
Wed Mar 29 Lecture Chap 13
Assignment: Genetics
Problems, Due Fri 15 points
Fri Mar 31 Chap
13 cont
Review genetics problems handed in
Assignment: Genetics Problems, Due Mon 15
points
Mon Apr 3 Chap
13 cont
Review genetics problems handed in
Wed Apr 5 Advising Day
evening classes only
Fri Apr 7
Lecture Chap 14
Mon Apr 10 Lecture Chap
14
Wed Apr 12 Lecture Chap 15
Thur Apr 13
follow Monday Schedule EXAM IV: Chapters
12-15
Fri Apr 14
Mon Apr 17
Wed Apr 19 Lecture Chap
21
Fri Apr 21
Chap 21 cont
Mon Apr 24 Lecture Chap
22
Wed Apr 26 Chap 22
cont
Fri Apr 28
Lecture Chap 23
Mon May 1
Wed May 3 Last Week: Choice of: gene technology (Chap 16), cancer biology
(Chap 20), behavioral biology (Chap 52)
Fri May 5
Mon May 8 last day of classes
review for final
FINAL EXAM: WED, MAY 10 1:00-2:50
PM
Finals are May 9
12
Graduation is May
12