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Biology 162--Freshman
Biology for Science Majors, 2nd semester
The first half of the semester, Dr. Parsons will cover structure and
function of the major organ systems of animals, with an emphasis on
human organ systems.
The second half of the semester, Dr. McCook will focus on the amazing
diversity of living things out there and the study of ecology.
I hope you will come to recognize that humans are dependent upon that
diversity for the air we breathe, the food we eat, much of our building
materials and fibers, our fuel.....even the clean water that we
drink.
But for many professional biologists, including myself, it is a
fascination with other forms of life that led us to our careers (and to
really cool hobbies).
Syllabus
INTRODUCTORY BIOLOGY for SCIENCE
MAJORS
BISC 162, SPRING 2009
Here's what Dr. Parsons says about his comprehensive questions:
"Tell the students that for my questions I am trying to test for general knowledge of the material. I am trying, as much as possible,
to stay away from asking lots of questions about vocabulary (however some vocabulary is needed just to ask the question).
For example, I consider knowing the parts of the digestive system and their general functions as important. I would not ask them to
memorize all the different enzymes and what each one of them does.
Another example; I consider the general function and structure of hemoglobin important. But being able to describe the details of the
Bohr Shift as more of a detail."
CHAPTERS & LEARNING OBJECTIVES
FOR 2nd half of semester
Chapter 21: Origin & Evolutionary History of
Life. Read pages 447-454. Learning
Objectives 1-5.
Chapter 23: Biodiversity.
Read pages
482-493. Learning Objectives 1-3, 8.
Chapter 24: Viruses & Prokaryotes
Read entire chapter.
Learning Objectives 1-3, 6-11
Chapter 25: Kingdom Protista
Read entire chapter. Learning Objectives
1-7, 9-10 (only groups covered in lecture)
Chapter 26: Kingdom Fungi
Read entire chapter. Learning
Objectives 1-4, 6 (ascomycetes & basidiomycetes only), 7-11
Material for Exam 4 begins here
Chapter 27: Kingdom
Plantae
Read pages 581-587. Learning
Objectives 1, 3, 5, 6 & 9 and
Alternation of Generations life cycle (Fig. 27.2).
Chapter 28: Kingdom Plantae
Read pages 600-602, 607-612. Learning
Objectives 5 & 6.
Chapter 36: Reproduction in Flowering Plants
Read pages 767-770, 774-776,
780-781.
Learning Objectives 1, 2, 5-7.
Chapter 29: Kingdom Animalia
Read pages 619-622, 630-636.
Learning Objectives 1 & 2, 4, 6 & 7.
Chapter 30: Kingdom Animalia
Read pages 640-641 & pages on
taxa covered, including Importance of
Coelom (p. 641!).
Learning Objectives 1, 3-6,
9 (only groups covered in lecture).
Chapter 31: Kingdom Animalia
Read pages 667-668. Learing Objectives
2,3 & 6 (only groups covered in lecture).
Chapter 52: Population Ecology
Read pages 1126,
1129-1131, 1139-1143. Learning Objectives 3, 9-11.
Chapter 54: Ecosystems & the Biosphere
Read
pages 1166, 1172-1178. Learning Objective 4. (only those
covered
in class)
Chapter 56: Global Environmental Issues
Read entire chapter
and expect 3-4 questions on your exam from this important information.
Focus on headings and
highlighted terms---not tiny details. Use summary in back
of chapter, too.
-Viroids
Why aren't these infectious particles included in our formal
classification of life? We currently define "life" on the basis
of cells and what those cells can do, such as reproduce, metabolize,
gather energy, etc. Viruses, viroids and prions are not cells,
but particles of organic molecules that take over cells and use the
host cell to reproduce the particles. We
are clearly interesed in them because they often cause disease, but
they are everywhere and may have
played a huge roll in the
evolution of organisms. In the future, will we change our
definition of life to include these "life-like particles"? Stick
around and find out.
As discussed in class, most scientists now recognize THREE
DOMAINS in SIX KINGDOMS based on recent
molecular data. Here is an outline of
the domains and kingdoms we will study this semester. Use this
outline as you study to keep your thoughts in order and organize your
notes. Remember, there are more Phyla, Classes, Orders, Families,
Genera and Species out there in nature. We are just covering
those that you are most likely to
encounter or that are of particular importance to us or to the study of
biology.
To see scientific data on the relationships among organisms,
click on this site:
http://phylogeny.arizona.edu/tree/phylogeny.html
LIFE — An Outline of Living Things
Classified in
Three Domains
Also, consult APPENDIX C in your text for a complete classification--
Prokaryotes are the most
diverse organisms on Earth in terms of the range of metabolic processes
included within the two major domains, Eubacteria and Archaea.
Here is a list of terms that we have already learned and that can now
be applied to prokaryotes, as well as other taxa. A discussion of
each is included on pages shown.
DOMAIN BACTERIA
I. Kingdom Bacteria: Single-celled
prokaryotes.
Two
groups of Eubacteria covered in lecture are:
1. Gram positives (including Lactic acid bacteria,
Actinomycetes, staphylocci & streptococci)
NEW RESEARCH!!
Using a phage to kill
strep bacteria!!
Info on anthrax from the CDC!! http://www.bt.cdc.gov/agent/anthrax/
2. Gram negatives (including
E.coli, nitrogen-fixers, & Cyanobacteria)
What are
cyanobacteria? http://www.ucmp.berkeley.edu/bacteria/cyanointro.html
Learn more about Antibiotic Resistant
Bacteria!!!
Learn more about Quorum Sensing:
http://www.nottingham.ac.uk/quorum/index.htm
DOMAIN ARCHAEA
II. Kingdom Archaea: Single-celled
prokaryotes that are genetically and ecologically distinct from the
Bacteria.
Many occur in harsh environments, and so they have been called
"extremophiles".
Click here for 2 great sites on Archaea
http://www.ucmp.berkeley.edu/archaea/archaea.html
http://library.thinkquest.org/CR0212089/home.htm
3 groups of Archaea
covered in lecture are:
1. Methanogens.
See a student-posted page on these creatures: http://microbewiki.kenyon.edu/index.php/Methanogens
2. Extreme Thermophiles
explore deep sea hydrothermal vents where thermophiles
live!!
http://seawifs.gsfc.nasa.gov/OCEAN_PLANET/HTML/oceanography_recently_revealed1.html
http://www.ocean.washington.edu/people/grads/scottv/exploraquarium/vent/intro.htm
3. Extreme Halophiles http://library.thinkquest.org/CR0212089/halo.htm
DOMAIN EUKARYA
Includes
all eukaryotic organisms, classified in 4 Kingdoms:
Protista
Fungi
Plantae
Animalia
III. Kingdom Protista: Single-celled and
multicellular eukaryotes of many kinds. Chapter 24
This Kingdom is NOT a monophyletic group. We simply do not know
enough about them and so they are lumped into this giant taxon.
Scientists will soon break this taxon into small units, but for now.....
We will cover 7 groups of Eukaryotes that
include protists: see Table 25-1 in text!!
IV. Kingdom Fungi Chapter
26
Monophyletic group of multicellular (and some single-celled, like Yeasts)
eukaryotes. All heterotrophic.
You can't have bread or alcohol without these guys (not to mention
Athlete's Foot, or mushrooms on your pizza).
Fungi
Photos!!!
We are covering 2 phyla in depth:
Phylum
Ascomycota--Sac Fungi (Aspergillus
& Penicillium)
Phylum Basidiomycota--Club Fungi (Agaricus & Amanita)
V. Kingdom Plantae
Chapters 27 & 28
Multicellular eukaryotes. All autotrophic. Four groups
covered in lecture.
If you don't breath or eat, or wear jeans or take medicine, you really
don't need to know anything about plants.
Link to plant photos: http://images.botany.org/
Careers in Botany!!
http://www.botany.org/bsa/careers/
Seedless Nonvascular Plants with a
dominant Gametophyte Generation----The Bryophytes
Chapter 27
1. Phylum Bryophyta--mosses
http://scitec.uwichill.edu.bb/bcs/bl14apl/bryo1.htm
Seedless Vascular Plants with a dominant
Sporophyte Generation---The Ferns and Fern Allies
Chapter 27
2. Phylum Pterophyta--Ferns (did not do life cycle in lecture)
A great
website on ferns posted
at Univ. Cal. at Berkely:
http://www.ucmp.berkeley.edu/plants/pterophyta/pteridopsida.html
Vascular Plants with Flowers, Fruits and
Seeds---The Angiosperms (heterosporous)
Chapter 28 & 36 (but only what we covered)
4. Phylum Anthophyta--the
flowering plants
Check out this site, called eNature.com: http://www.enature.com/
It offers online searchable information from
35 field guides to over 4,800 plant and animal species.
VI. Kingdom Animalia We will study 8 phyla in
Chapters 29-31.
Multicellular eukaryotes. All heterotrophic.
Animals R Us. Plus, cockroaches, worms, sharks, owls, dinosaurs,
crawfish, sponges,etc.
**Be able to use the terms describing symmetry
highlighted on page 623 of text!!**
Check out the Animal Diversity Web!!http://animaldiversity.ummz.umich.edu/index.html
Or, visit this AMAZING site on animals: http://www.pbs.org/kcet/shapeoflife/index.html
PARAZOA---Asymmetrical animals with no true tissue development
1. Phylum Porifera--sponges--see link below
http://www.pbs.org/kcet/shapeoflife/animals/porifera.html
RADIATA---Radially symmetrical animals with tissue development
from 2 embryonic germ layers
2. Phlyum Cnidaria--cnidarians
(corals & sea anemones, jellyfish & hydrozoans)
Class
Hydrozoa--Hydra---a hydrozoan
http://www.pbs.org/kcet/shapeoflife/animals/cnidaria.html
Go here for photos and info on sponges
(Phylum Porifera) &
corals (Phylum Cnidaria):
http://www.enature.com/guides/show_species_thumb.asp?curGroup=Seashore_Creatures&shape=1065
Bilaterally symmetrical animals with tissue development from 3
embryonic germ layers
PROTOSTOMIA
Acoelomate animals
3. Phylum
Platyhelminthes--flatworms http://www.pbs.org/kcet/shapeoflife/animals/platyhelminthes.html
To learn more about tapeworms on dogs and cats: http://www.marvistavet.com/html/body_tapeworm.html
Planarians- a Class of free-living flatworms.
Don't
miss the penis-fencing worms ( I
am not kidding!) http://www.pbs.org/kcet/shapeoflife/episodes/hunt_explo2.html
Coelomate animals
READ=Importance
of Coelom (p. 641)
4.
Phylum Mollusca--mollusks http://www.pbs.org/kcet/shapeoflife/animals/molluscs.html
a. Class Gastropoda--snails and slugs
Do you love snails (with garlic)? This site is for
you: http://escargot.free.fr/eng/cooking.htm
b. Class Bivalvia--clams, oysters, etc.
c. Class Cephalopoda--octopods and
squid: http://is.dal.ca/~ceph/TCP/index.html
Action
photos of a new species of deep
sea squid http://www.sciencemag.org/cgi/content/full/294/5551/2505/DC1
5. Phylum
Annelida--the annelids, or segmented worms
http://www.pbs.org/kcet/shapeoflife/animals/annelids.html
Class Oligochaeta--earthworms
Learn about earthworms with kids--
http://www.urbanext.uiuc.edu/worms/
6. Phylum Arthropoda--arthropods--includes
spiders, crustaceans and insects
http://www.pbs.org/kcet/shapeoflife/animals/arthropods.html
Class Malacostraca:
Crustaceans
Class Arachnida:
Spiders
Class
Insecta: Insects.
DEUTEROSTOMIA---Deuterostome Coelomates
7. Phylum
Echinodermata--echinoderms, including sea urchins, sea
stars, & sand dollars
http://www.pbs.org/kcet/shapeoflife/animals/echinoderms.html
Class Asteroidea--sea stars http://www.perspective.com/nature/animalia/starfish.html
8. Phylum
Chordata--the chordates
http://www.pbs.org/kcet/shapeoflife/animals/chordates.html
A. Subphylum Cephalochordata--Invertebrate
chordates---lancelets
B. Subphylum Vertebrata--Living classes of
Vertebrate chordates include Mammals, Birds, Reptiles, Amphibians, and
many groups of Fish.
Links to information from Ecology
section:
World food crisis a "Silent Tsunami": http://www.nicholas.duke.edu/institute/water/eeewaterreport.pdf
Calculate your carbon footprint: http://www.carbonbalanced.org/index.asp
Take a break from studying and send some rice to hungry people!:
http://www.freerice.com/
Remember to bring your Scantron Form F-289 and your Student ID
You will not be
allowed to take the final without your student ID. No
exceptions!!!
No electronic devices of any kind allowed in test.
ANALYZE
YOUR TESTS!!
No matter what class you are in, you should always sit down and analyze
a test after it is returned to you. If
you want to improve your grade, you must first determine the types of
questions you are missing and then you can alter your study habits to
reflect those needs. Look for patterns in the kinds of
questions that you missed and those that were correct.
Going over your test, ask yourself the following about the questions
that you missed:
1. Was the material in my notes?
If not, work on note-taking skills. Go over notes in a
study group.
Beware!!!! Other peoples' notes can be lousy or
incorrect!!! If you are skipping class and depending on others
for notes, you could be hurting yourself immeasurably.
If the answers are in your notes but you still missed the question, you
need to examine your study methods.
2. Did I miss questions covering particular
topics?
As an example, did you miss most of the questions covering atomic
stucture? Then, you need to go back
and work on that topic. Knowledge of atomic structure is
important for an understanding of how bonds form and molecules work,
and is fundamental to an understanding of biology. Also, it will
be on the comprehensive final.
3. Did I miss questions covering
straightforward details?
Or, did I miss questions where I needed
to have a broader understanding of a topic?
You need to understand both the details (the "little picture") as well
as the "big picture".
When studying details, always stop and ask yourself:
--Where is this happening?
--What is its importance?
--What other topics can I link directly to this?
The summary at the end of each chapter in the book can be very
helpful here.
Think hierarchically!!
---atoms, molecules, membranes, cells, tissues, etc.
Organizing your notes may be very helpful here.
4. Can you find the correct answers using
your notes or the book?
Doing this will ensure that you come to an understanding of what
you missed and why you missed it. And, you will be preparing for the
comprehensive final!
NEVER BE SATISFIED with "the answer is C" because you will not
have learned anything.
5. Did you tend to miss the questions that
offer multiple answer options (a & b are correct), or those
questions that are phrased as a negative (which one is NOT correct?)?
These questions involve logic and reasoning. You can improve your
ability to perform these questions, and you must learn to be especially
careful when answering these.
6. Are you "second-guessing" and changing
answers on the test?
If you have studied, have confidence in your knowledge. Go
with the knowledge you have, use your knowledge to work out questions
that you are not certain of, and use that knowledge to think through
difficult questions. Only change an answer when you are
certain----not when you are "second-guessing".
Remember---your ability to think during an exam is based on your
knowledge and on your state of mind. GET SOME SLEEP BEFORE EXAMS!!
All pre-med. students, Air Force & Army Cadets, and Navy
Midshipmen, are invited to attend a presentation given by COL.
Charles Serio, Ph.D, Uniform Services University of the Health
Sciences (USUHS), on Monday January 29th, at 2 P.M. at Old
Chemistry Auditorium (Room 107)
If you are considering attending Medical School at USUHS and/or serving
our country as a Doctor in uniform, you are encouraged to attend this
presentation.
Questions? Coordination: Call LTC Bill Hollowell 915-7085, Army ROTC.
Here is a list of TERRIFIC web
sites that offer opportunities for students interested in Biology.
My advice to you: invest an hour browsing these
pages. If you come up with some other sites of value,
let me know and I will post them here. Have fun......Dr.
McCook
Cedar Creek Ecosystem Reserve, formerly Cedar Creek Natural History Area,
offer several internships every summer for undergraduate and newly
graduated students. marot019@umn.edu.
Great site for summer internships in all fields of biology--from natural history to medicine and engineering http://www.yale.edu/necuse/
MOUNTAIN LAKE BIOLOGICAL STATION www.virginia.edu/~mtlake
2008 Summer Courses and Undergraduate Research
Opportunities
Our field station is located
on a mountaintop in southwestern Virginia and is home to a lively
research, teaching and social community. For details on these
programs, full course descriptions, application material, and a list of
research areas see our web page: www.virginia.edu/~mtlake
The Mountain Lake Biological Station (University of
Virginia) announces credit courses in field biology, and paid research
opportunities for undergraduates. We offer students hands-on
experience and training in a wide variety of
biological field studies. Join us for an exciting and
unforgettable summer in a first-class field biology teaching and
research environment. To see this seasons
Courses: http://www.virginia.edu/~mtlake/courses.html
MLBS home page -
http://mlbs.org/
You can also contact us by email, mail, fax or phone:
Mountain Lake Biological Station
238 Gilmer Hall, PO Box 400327
University of Virginia
Charlottesville VA 22904-4327
E-mail: mtlake@virginia.edu
voice: (434) 982-5486
fax: (434) 982-5626
The Dauphin Island Marine
Lab..Students interested in marine
sciences must check this out!!!
http://www.disl.org
National Interniships--you must pay a fee
to
get their listings of regional interships, but they also give you lots
of
info about what to expect and how to apply.
http://www.internships.com
REAL JOBS in Biology & Related Areas
Forensic Science Masters degree: http://main.uab.edu/show.asp?durki=10561Biology careers--a listing
of real jobs out there. This is a terrific site to see the range
of employment opportunites that biology majors have, and to see the
experience employers are
looking for!!
http://www.furman.edu/~snyder/careers/careers.html
A huge listing of real jobs out there in all areas of science all over the world!! http://recruit.sciencemag.org/
Environmental Opportunities
and Career Planning
--- both summer internships and real jobs in environmental work, from
research, to management, to computer & database analysis
http://www.ejobs.org
Pharmacological and Biotech
Jobs in Human and Agricultural Sciences --mostly with private companies
http://www.symbiosinc.com
Careers in Botany!! http://www.botany.org/bsa/careers/index.html
TeachArkansas: The mission of TeachArkansas is to attract high quality candidates to teach in some of the hardest-to-staff districts in the state.The Animal Behavior Society Conservation Committee has updated its list of funding sources for animal research. Many of these are aimed at graduate students.
Check out these sites for
the latest science news! (updated daily
or weekly)
New York Times science & health articles (you must register
first, but it is free and is really
some of the best and most intelligent science
writing for the general public);
http://www.nytimes.com/library/national/science/
Science News (Well written and illustrated): http://whyfiles.news.wisc.edu/
Latest science research news- Access Excellence: http://www.gene.com/ae/WN/SU/
Discovery Channel On Line: http://www.discovery.com/
Discovery Channel has a
great article on epidemics!!!
Searchable Science & Technology News: http://www.artigen.com/newswire/scitech.html
Science Daily - Today's Headlines: http://www.sciencedaily.com/index.htm
Science on TV this week? http://www.pbs.org/science/
Yahoo Health Page: http://health.yahoo.com
NASA's Astrobiology site: http://astrobiology.arc.nasa.gov/
Want to see what other undergrads are doing? The
National
Undergraduate Research Clearinghouse is where undergraduates can post
papers
from their own research projects. http://clearinghouse.mwsc.edu
CLASS
TEST SCORES --Spring
2009
Results of 1st
EXAM: Monday,
11 February
2008
Number of
students by class, by grade
Range= 100 to 24%
grade 9
am
10 am
A
21
16%
23 13%
B
31
24%
51 30%
C
29
22%
27 16%
D
23
18%
29 17%
F
26
20%
42 24%
Total # students
130
172
Class
Average
73%
71%
Results of 2nd
EXAM: Friday, 7
March 2008
Number of
students by class, by grade
Range= 98 to 20%
grade 9
am
10 am
A
21
16%
36 21%
B 38
30%
39 23%
C 32
25%
44 25.5%
D 17
13%
18 10.5%
F
20
16%
34 20%
Total # students 128
171
Class
Average
74%
74%
Results of 3rd
EXAM: Friday,
11 April 2008
Number of
students by class, by grade
Range= 100 to 26%
grade 9
am
10 am
A 43
33.5%
51 31%
B 39
30.5%
64 38.5%
C 31
24%
26 16%
D 10
8%
14 8%
F
5
4%
11 6.5%
Total # students 128
166
Class
Average
82%
82%
Results of 4th
(final) EXAM:
Wed. 7th & Fri 9th May 2008
Number of
students by class, by grade
Range= 99 to 21%
grade 9
am
10 am
A 15
12%
21 12.7%
B 33
26%
49 29.7%
C 38
30%
47 28.6%
D 25
19.5%
28 17%
F 16
12.5%
20 12%
Total # students 127
165
Class
Average
75%
75%
CLASS TEST SCORES --Spring 2007
Results of 1st EXAM:
Monday, 12 February 2007
Number
of students by
class, by grade
grade
9am
10am
Range= 98 to 20%
A 10
10%
16 13%
B 25
26%
25 21%
C 21
22%
27 22%
D 19
20%
23 19%
F
21
22%
31 25%
Total # students 96
122
Class
Average
72%
69%
Results of 2nd EXAM:
Friday, 9 March 2007
Number
of students by
class, by grade
grade
9am
10am
Range= 98 to 22%
A
7
8%
10 8.5%
B 35
38%
31 26.5%
C 21
23%
21 18%
D 14
15%
25 21%
F
15
16%
30 26%
Total # students 92
117
Class
Average
73%
69%
Results of 3rd EXAM:
Friday, 13 April 2007
Number
of students by
class, by grade
grade
9am
10am
Range= 98 to 22%
A 14
15%
17 15%
B 27
29%
37 32%
C 27
29%
27 23.5%
D 15
16%
18 15.5%
F
11
11%
16 14%
Total # students 94
115
Class
Average
75%
74%
CLASS TEST SCORES
--Spring 2006
Results of 1st EXAM:
Monday, 13 February 2006
Number
of students by class, by grade
grade
9am
10am
Range= 98 to 22%
A 10
9%
9 6%
B 26
23%
29 18%
C 23
21%
40 25%
D 15
13%
39 25%
F
39
35%
42 26%
Total # students 113
159
Class
Average
67%
68%
SEMESTER GRADES--Spring
2005
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 7%
A 19
18%
23 10.5%
B 30
28%
62 28%
C 27
25%
62 28%
D 13
12%
45 20.5%
F 18
17%
29 13% (Includes students that took <4 exams)
Total # students 107
221
Class
Average
72%
71%
Results of 4th EXAM
(FINAL): Tuesday 10th and Friday 13th May 2005
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 25%
A 12
12%
14 7%
B 24
23%
53 25%
C 24
23%
59 28%
D 21
20%
46
23%
F
23
22%
38 17%
Total # students 104
210
Class
Average
70%
72%
Results of 3rd EXAM:
Friday, 15 April 2005
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 24%
A 30
29%
47 22%
B 33
32%
68 31%
C 21
20%
56 26%
D
8
7%
26
12%
F
13
12%
19 9%
Total # students 105
216
Class
Average
78%
78%
Results of 2nd EXAM:
Friday, 11 March 2005
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 10%
A 23
22%
23 11%
B 27
27%
60 28%
C 19
19%
54 25%
D 19
19%
38 18%
F
14
13%
38 18%
Total # students 102
213
Class
Average
75%
73%
Results of 1st EXAM:
Monday, 14 February 2005
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 24%
A 14
13%
17 8%
B 34
32%
43 19%
C 23
21%
64 28%
D 13
12%
48 21%
F
24
22%
54 24%
Total # students 108
226
Class
Average
72%
69%
NOTE: The following test results are
from Spring 2004!!!
Results of 1st EXAM:
Wednesday, 4 February 2004
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 24
A 24
15%
37 18%
B 33
21%
47 22%
C 34
21%
56 27%
D 40
25%
38 18%
F
28
18%
32 15%
Total # students 159
210
Class
Average
72%
73%
Results of 2nd EXAM:
Monday, 1 March 2004
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 20
A 20
13%
30 15%
B 41
26.5%
70 35%
C 41
26.5%
37 19%
D 26
17%
30 15%
F
26
17%
32 16%
Total # students 154
199
Class
Average
72%
75%
Results of 3rd EXAM:
Monday, 5 April 2004
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 26
A 17
11%
31 15.5%
B 38
25%
50 25%
C 44
29%
50 25%
D
31
20%
36 18%
F
23
15%
33 16.5%
Total # students 153
200
Class
Average
73%
73%
Results of 4th (final)
EXAM: Tuesday, 4 May 2004
Number
of students by class, by grade
grade
9am
10am
Range= 100 to 30%
A
15
9.5%
39 19.5%
B
34
21.5%
48 24%
C
40
25%
41 21%
D
32
20%
34 17%
F
38
24%
37 18.5%
Total # students
159
199
Class
Average
71%
74%
Semester Results Spring
2004
Number
of students by class, by grade
grade
9am
10am
Range= 98 to 6 %
A 19
12%
36 17%
B 39
24%
51 25%
C 41
26%
45 22%
D
41
26%
28 14%
F
20
12%
45 22% (Includes students that took < 4 exams)
Total # students 160
205
Class
Average
71%
72%
Results of 1st EXAM:
Monday, 3 February 2003
Number of students by class, by grade
grade
9am
10am
Range= 100 to 26
A
21
17%
24 11.5%
B 25
20%
51 24.5%
C 26
21%
46 22%
D 16
13%
39
19%
F 36
29%
47 23%
Total # students 124
207
Class
Average
70%
70%
Results of 2nd EXAM:
Monday, 3 March 2003
Number of students by class, by grade
grade
9am
10am
Range= 100 to 18
A 17
14%
18 9%
B 26
22%
58 28.5%
C 25
21%
47 23%
D 22
19%
36
18%
F 28
24%
44 21.5%
Total # students 118
203
Class
Average
69%
71%
Results of 3rd EXAM:
Monday, 7 April 2003
Number of students by class, by grade
grade
9am
10am
Range= 100 to 24
A 16
14%
18 9%
B 17
15%
51 25%
C 28
24%
50 24.5%
D 25
21%
42 20.5%
F 30
26%
43 21%
Total # students 116
204
Class
Average
69%
71%
Results of FINAL EXAM:
6th & 9th of May 2003
Number of students by class, by grade
grade
9am
10am
Range= 99 to 24
A 11
9%
19 10%
B 25
22%
43 22%
C 21
18%
44 22.5%
D 25
22%
48 24.5%
F 34
29%
42 21%
Total # students 116
196
Class
Average
68%
70%
Results of 1st EXAM:
Friday, 1 February 2002
Number of students by class, by grade
grade
9am
10am
Range= 100 to 24
A
15
15%
24 16%
B
29
28%
32 21%
C
21
20%
36 24%
D
17
17%
30 30%
F
21
20%
33 19%
Total # students
103
155
Class
Average
73%
73%
Results of 2nd EXAM:
Friday, 1 March 2002
Number of students by class, by grade
grade
9am
10am
Range= 100 to 26
A
14
15%
26 17%
B
30
29%
38 24%
C
25
24%
33 21%
D
15
14%
28 18%
F
19
18%
31 20%
Total # students
103
156
Class
Average
74.5%
73%
Results of 3rd EXAM:
Monday, 8 April 2002
Number of students by class, by grade
grade
9am
10am
Range= 98 to 24
A
17
17.5%
32 21%
B
25
26%
31 20%
C
17
17.5%
32 21%
D
16
17%
26 17%
F
21
22%
32 21%
Total # students
96
153
Class
Average
73%
73%
THE GRADES BELOW ARE FOR SPRING 2001!!!!!
Results of 1st EXAM:
Friday, 2 February 2001
Number of students by class, by grade
grade
9am
10am
Range= 100 to 20
A
15
14%
13 10%
B
28
25%
33 25%
C
18
16%
27 21%
D
23
21%
19 15%
F
26
24%
37 28%
Total # students
110
130
Class
Average
70%
70%
Results of 2nd EXAM:
Friday, 2 March 2001
Number of students by class, by grade
grade
9am
10am
Range= 100 to 20
A
15
15%
14 11%
B
27
26%
29 23%
C
17
16%
39 31%
D
19
18%
15 12%
F
26
25%
30 23%
Total # students
104
127
Class
Average
70%
71%
Results of 3rd EXAM:
Friday, 6 April 2001
Number of students by class, by grade
grade
9am
10am
Range= 100 to 26
A
23
23%
26 22%
B
32
32%
37 31%
C
19
19%
27 23%
D
11
11%
14 12%
F
14
14%
14 12%
Total # students
99
118
Class
Average
77%
77%
Biology Department Computer Resources Available for Students
The Walker Computer Facility: Location: 310 Shoemaker Hours 8:00-5:00, M-F.
Please observe the following rules:
1. No food or drink is allowed in the room.
2. No software may be loaded to any of the
computers. The computers each have Microsoft office (Word,
Excel,Powerpoint), Netscape and Telnet.
3. No bookmarks may be added.
4. Print only your final copy. Do all
proofing on the screen.
5. Save all of your work to a floppy disk.
Internet Hubs
There are 7 internet ports in the third floor lobby
where students can plug in laptop computers and access the net.
CD ROM's to augment class
materials
There are several CD's that you can check out and use
on any computer. To check these out, you must
take your Ole Miss ID to Ashley Allen in the Biology
office. These CD's may be useful for study
or review.
CD Rom's available for checkout:
1. SciRen Biology (General biology--very process
oriented)
2. A.D.A.M. The Inside Story. CD (Human
Anatomy)
3. The Dynamic Human (Human Anatomy)
4. Explorations in Cell Biology and Genetics
5. Talking Glossary of Genetics
For more information on biology computer resources
or
freshman biology laboratories, contact:
Dr. Gail Stratton, Coordinator for
Laboratory Programs
Dept. of Biology
phone: 601-232-5786
University of
Mississippi fax: 601-232-5144
University, MS
38677 email: byges@olemiss.edu