Physical Science
First Day Handout For PHSA
1050
Fall 2005 Section S1604
Home
Page: http://Sciencescene.com
Instructor: Bryan Gillispie
Description as it appears in the college catalog:
Physical Science 105: An
investigation of the Physical Sciences, to identify the underlying physical
concepts of modern technological society. These concepts are investigated
through laboratory experiences and classroom work designed to improve an
understanding of the Physical Sciences.
Prerequisite(s) and/or Co requisite(s) None
Credit Hours:
04 Contact Hours: 04
Lecture: Integrated Laboratory: Integrated
SECTION SCHEDULE
|
Section |
Monday |
Tuesday |
Wednesday |
Thursday |
Instructor |
|
S1601 |
|
08:00 09:55 AM |
|
08:00 09:55 AM |
William Koren |
|
S1603 |
|
10:00 11:55 AM |
|
10:00 11:55 AM |
William Koren |
|
S1602 |
10:00 11:55 AM |
|
10:00 11:55 AM |
|
William Koren |
|
S1605 |
12:00 01:55 PM |
|
12:00 01:55 PM |
|
|
|
S1604 |
06:00 07:55 PM |
|
06:00 07:55 PM |
|
Bryan Gillispie |
REQUIRED
MATERIALS · Text: Physics is FUNdamental · #2
Pencil ·
English-Metric Ruler
· Colored Pencils · Eye Protection · 3.5 Floppy disk · Scantron sheets (blue)
Note: The lab aide cannot
unlock computers or supply equipment to students when the instructor is not
present. Do not ask the lab aide to do so it is against departmental policy.
Computers are for class work only. Activity on computers is recorded. Downloading material not for the class is prohibited. Activity logs will be checked for inappropriate activity. Violators will be subject to being dropped from the course and assigned the letter grade of E
This course explores the conceptual
foundations of the physical sciences. The purpose of this course is to help
understand how the scientist uses the experimental method in comparing theory
with reality and how the laboratory gives insights into the concepts of
nature. To get the greatest benefit
from the course, regard each concept as a problem to which you are forcing
nature to give an answer. From this
experience you will gain a better understanding of the process of science. More
specifically the goals of the course include:
1. Experiencing the successes, failures,
certainties, uncertainties, drudgery and the rewarding achievements of scientific
investigation.
2. Developing scientific concepts through
hands-on cooperative learning experiences.
3. Giving insight into the relation between
experimentation and physical concepts.
4. Recording data, interpret and drawing
logical inferences based on this empirical data.
5. Building theoretical models and using them
for predictive purposes.
6. Generalizing
physical science concepts in order to understand and apply them to daily life.
THE COURSE
Twelve topics will be covered. See syllabus for what topics will be covered
and when they will be covered.
This Physical Science course investigates
a series of learning topics that are systematically structured to include
lecture, demonstrations, laboratory and evaluation. The following will discuss
and present a series of suggestions designed to increase your success in the
course.
Success in this class begins by reading
each topic, as indicated on the syllabus, before
coming to class and attempting to acquire as many of the stated learning
objectives as possible. Specifically this means you have read the objectives,
introduction, laboratory, and taken the self-test. The classroom presentation
of the topic begins with a discussion of the pertinent information and provides
an opportunity to discuss questions or problems that you encountered while
preparing for topic. Make sure that you take advantage of this opportunity to
ask questions concerning the topic. Being prepared is important to your success
in the course.
The teaching
strategy used by your instructor is called the Socratic method. This
strategy uses questioning to discover the answer or truth. This method is used
to help you improve your critical thinking skills. Please realize that although
your instructor may not always give you an answer he will always help you
discover the information you are seeking.
Never give up! Never! Never!
NEVER!
Cooperative
learning is promoted in this class. While working in the laboratory you
will work with one or two partners.
Laboratory groups larger than three will not receive credit (unless
assigned by the instructor). Your partners, and you, can form an excellent
study group for the laboratory notebook, quizzes, and hour examinations. Groups
that have done this, in past semesters, have always led the class in positive
attitude and grades.
Quizzes
and examinations will be used to help determine your grade. Each topic, in
the textbook, has a quiz. Answers for
these quizzes are in your textbook. The quizzes, in the textbook, will help you
practice and prepare for the quiz given in class. The class quiz will have the
same number of questions and the same emphasis as the one in the textbook. The
results of the class quiz will be posted shortly after the class period is
completed. The quiz booklet will not be returned, but is available for your
review for approximately one week after the scheduled quiz. You may review
these booklets by going to the stockroom window and requesting the quiz by
number, i.e. 021. The questions are not
to be copied in any fashion but reviewed in order to help you prepare for the
examination. The examinations are composed of questions taken directly from the
quizzes and will test all objectives.
Scantron
sheets are used whenever you turn in any
material to be graded. To code
information on the Scantron sheet, write the appropriate number in the box and
code in the corresponding number. If you make an error while coding your
Scantron erase any unwanted mark, making sure to erase completely as any
remaining mark could be considered part of the answer. After completing your
Scantron sheet, verify that you have coded in all information correctly. Please
realize that any coding errors are your responsibility. Do not expect
incorrectly coded Scantron sheets to be processed by your instructor. Note scatrons are to be purchased from the
bookstore. Verify with your instructor
the scantron sheet used in the course.
Laboratory
is an important part of this course. The Laboratory consists of "hands
on" activities that are done in the classroom and recorded laboratory
notebook. Laboratory equipment is obtained by filling out an equipment request
slip and giving it to the laboratory assistant. It is important that the equipment you obtain is checked against
the materials list in your book. Any variation should be brought to the
attention of the laboratory assistant. One person in your group must take the
responsibility for obtaining the laboratory equipment. That person will be held
responsible for any missing or broken equipment. Please note that one of the
learning outcomes of this course is to provide the opportunity to work with
laboratory equipment, this certainly includes its care and maintenance. Make
sure all equipment is returned clean, dry and returned as neatly as possible.
Laboratory
certification of your work is a requirement of this course. While working on a laboratory activity it
is your responsibility to have the instructor initial your activity
sheet. The initials certify that
you were present, in the laboratory, working on the laboratory activity. Without
certification you will not be eligible to earn full credit for the activity.
Your instructor will only certify current material assigned for that class period. Please do not
ask your instructor to certify previous materials. Place the completed
activities in a folder for safe keeping. This will be turned in to your
instructor with each topic report.
Please read the section titled "Laboratory Topic Report "
beginning on page 5 it will help you to attain the highest grade for laboratory
work. Please note certifications are part of the laboratory topic report
score and you must be present for the class period and complete the required
assignment to receive a certification, as stated above.
Use of Computers in the course
is necessary, since it is a requirement that the topic reports you will be
writing must be typed. The final data
sheets that are part of the topic report and are found on the website these
data sheets are a Microsoft Word document.
There are at least three ways you would have access to a computer, 1)
the college computer lab, 2) the classroom, and 3) your home, work etc.. The computers in classroom are usually
available about thirty minutes before and after your class period provided your
instructor is present. The lab aide cannot
unlock computers when the instructor is not present. Do not ask the lab aide to do so it is against departmental
policy.
Computers are for class
work only. For example obtaining data sheets or application for your topic report. Activity on computers is recorded.
Downloading material not for the class prohibited. Activity logs will be checked for inappropriate activity.
Violators will be subject to being dropped from the
course and assigned the letter grade of E
CLASSROOM BEHAVIOR
Unacceptable
behavior will result in your being dropped from the course and assigned the
letter grade of E. This behavior includes the following:
Cheating 1. Copying laboratory work.
2. Copying
during quizzes and exams.
3. Talking during
tests may be interpreted as cheating.
4. Providing
test answers to students.
5.
Submitting work of others as your own
Behavior: Individual behavior that interferes
with the attainment of the stated course goals, (I.E talking or working on the
computer while instructor is talking.
This is considered disruptive to the class.).
Turn off cell phone and pagers, as
they can be disruptive to the class.
Student absence:
· Quizzes: Cannot be made up if you are absent or late. The lowest quiz score will be dropped.
· Laboratory activities may be done only on the dates indicated in the syllabus. Any missing laboratory work will affect your final laboratory grade. The lowest laboratory score will be dropped.
· Examinations: Make-ups
allowed only for excused absences (must provide appropriate documentation).
· All make-up examinations
must be completed within two
class periods.
· If you miss your scheduled class period you may attend any section, providing there is space, which is scheduled for the quiz or laboratory you missed.
Note: · An excused
absence is one that can be documented. These would include such things as a
medical problem, death in the family, a, possible emergencies. The
documentation date must match the date the class was missed.
· Your
instructor reserves the right to allow make-up of any absence if
warranted. To leave a phone message the
number is 445-7113, also please leave your name and section.
Instructor absence/Snow day: Always be
prepared for the assigned topics as indicated on the syllabus. The laboratory
work, assigned for the day of the absence, will be modified. Information from
this topic will still be included on the examination. Any quiz scheduled for
the day of the absence will be taken at the next class meeting.
GRADES
The final grade:
1. Laboratory (3pt/lab, best 11 of 12) 33%
2. Quizzes (3pt/quiz, best 11 of 12) 33%
3. Examination (1) . . . . . . . . . . . . 11%
4. Examination (2) . . . . . . . . . . . . 11%
5. Examination (3) . . . . . . . . . . . . 11%
6. First week exercise 1%
Total 100%
8. Extra credit (maximum of) 4 %
Calculation of
your final grade
0.33 x Laboratory =_________
0.33 x Quiz
average =_________
0.11 x Exam I =_________
0.11 x Exam II =_________
0.11 x Exam II =_________
0.01x First week
exercise =_________
Final Average % =__________
ADD Extra Credit =__________
COURSE PERCENT = __________
All work is to be turned in
on time. Late work will not be accepted.
Course Grading Scale: For active students
completing the course
(93-100)
A (90- 92).
A
(87-89)
B+
(83-86)
B (80-82)
B-
(77-79)
C+ (70-76)
C (68-69)
C- (66-67)
D+ (63-65)
D (60-62)
D-
(0-59)
E
A maximum of 2% can be earned per visit to one of
the following museums:
And writing a two-page (hand written) report
describing what you learned and what you found interesting. Be sure to include
a receipt, ticket stub, or other proof of attendance with your report. Before
going to a museum obtain a Science Institute survey form. This will help with
organizing the report.
A maximum of 2% can be earned by writing a four-page
(hand written) report based upon relevant articles found in such magazines as
Discover, Scientific American, Popular Science, American Scientist etc. Obtain
instructors approval of an articles relevancy before beginning writing.
LABORATORY TOPIC REPORT
During this course you will prepare a
topic report for each of the twelve topics covered. The following describes what a topic report comprises and the
format it is presented in. The purpose
of the topic report is to present laboratory results and experiences in a neat,
understandable fashion that will clearly communicate your progress. The
length of the of the report will depend upon your ability to communicate.
1. Complete
the laboratory work, on the day it is assigned, or as soon as possible. This
will prevent a heavy workload and it will also help you for the quiz.
2. Typing of entire report is required. You will be able to type the topic
report on the classroom computers during posted times or on any computer of
your choice. Note: Typing during
lecture is not allowed. Computers will not be open during this time, unless
required by instructor.
3. While
working on the laboratory work, record your findings lightly in pencil in the
datasheet in the text. . When you have finished, review your work, make any
corrections and finalize your work by entering data into to the electronic
datasheet found on the website.
4. The topic
report must include the names of the lab partners, their student number and
section number.
5. Use color
for graphs and highlighting concepts and ideas.
6.
A topic report is
comprised of five sections:
1. Purpose
2. Application
3. Data sheets
4. Analysis/
Outcomes
5. Relevancy
Note: All
labs will contain a purpose and data pages. The other parts will be assigned on
a per topic basis (see page 8 for which topics the other parts are assigned).
Topic report point
distribution
·
Laboratory certifications are 10-15% of topic report score (a
minumin2 per topic).
·
Purpose 10pts (required for
all topics) section is
written before coming to the laboratory and will help you prepare for the
laboratory investigation. It is a summary in your own words, of
the main concepts (objectives) for the topic, demonstrations and/or films
presented during topic introduction and laboratory procedure (found in text
book) that you will use to investigate this topic. (Minimum of three
paragraphs)
·
Application 5pts (as assigned) is based
upon an activity that is presented pertaining to the topic. You will be asked
to summarize the activity and develop an analysis, which links or shows
connection to the topic. Applications are assigned on per topic basis. The activity can be found in the seminar
part of the topic at http://Sciencescene.com
·
DATA 20 pts (required for all topics): See item 3 above. (Note
both copies must be turned in).
·
Analysis/Outcomes 10pts (as
assigned):
a. Discuss,
summarize and analyze the results of the laboratory data Be sure and
specifically address the questions presented in the laboratory. This will
require at least a paragraph for each part of lab (i.e. 3 parts, 3 paragraphs).
Be sure to include the data that will support your analysis.
b. Discuss what
was learned (or should have been learned) from the entire topic.
c. Final
Thoughts draws together your thoughts and feelings on the work of this topic.
·
Relevancy 5pts (as assigned) :Identify two concepts presented in this topic
and relate them to your life.
Note:
Topic
Report Format Example
(Electronic version/template found on website)
The purpose and application portion of
the topic report are due at the start of the lab period.
· 01·
MEASUREMENT
|
Report Name (ie. 019901) |
||
|
Lab
partner 1 name |
|
01 |
|
|
Lab
partner 2 name |
|
|
|
|
Lab
partner 3 name |
|
|
|
Name Section # Student # Topic #
Be sure to highlight/bold your name
on your paper.
Objectives: A summary in
your own words, of the main concepts/objectives for the topic. This will include what is presented in the
text and the topic introduction (lecture) along with any formulas that are
presented. Start a new paragraph/bullet
point for each objective presented.
Demonstrations: Summarize demonstrations
and/or films presented during the introduction of the topic and relate each
demonstration to the corresponding objective(s). Depending on writing style this will be at least a paragraph.
Summary
of laboratory procedure:
Summarize in your own words, the
laboratory procedure (found in textbook) you will use in the lab to investigate
the topic and relate each part to the corresponding objective(s). Start a new
paragraph for each part (i.e. 3 parts, 3 paragraphs).
Note: A rough
draft of the purpose must be prepared and presented at the start of topic.
You will earn a laboratory certification for attending the class and
presenting the rough draft purpose. This will be the first of at least two
certification that can be earned for a topic.
Application 5pts: (as assigned)
Based upon an activity that is presented pertaining to the topic. You will be asked to summarize the activity and develop an analysis, which links or shows connection to the topic. The activity can be found in seminar the part of the topic at http://Sciencescene.com
Note:
Topic Report Format
continued.
(Electronic version/template found on website)
The data portion and other assigned parts (see below)
of the report are due at the start of the next class period after lab day.
Be sure to include original
data sheet with certifications in order to earn highest possible score for the
topic report. Original data sheet with
certifications should be placed at the end of your report.
· 01·
MEASUREMENT
|
Report Name (ie. 019901) |
||
|
Lab
partner 1 name |
|
|
01 |
|
Lab
partner 2 name |
|
|
|
|
Lab
partner 3 name |
|
|
|
Name Section # Student # Topic #
Be sure to highlight/bold your name on your paper.
|
Object |
Kilometer |
Meters |
Centimeters |
Millimeters |
|
10 inch line |
|
|
|
|
|
Notebook paper width |
|
|
|
|
|
Penny thickness |
|
|
|
|
|
Credit Card Width |
|
|
|
|
Analysis/Outcomes 10 pts (as assigned)
a.
Discuss and summarize/analyze the results of the laboratory data
and specifically address the questions presented in the laboratory. This will
require at least a paragraph for each part of lab (i.e. 3 parts, 3
paragraphs). ). Be sure to include the
data that will support your analysis.
b.
Discuss what was learned (or should have been learned) from the
entire topic.
c.
Final Thoughts draws together your thoughts and feelings on the
work of this topic.
Relevancy 5pts (as assigned)
Identify two concepts (objectives)
presented in this topic and relate them to your life(two separate paragraphs)
Concept 1: State concept, then relate to your life
Concept 2: State 2nd concept, then relate
to your life
Assigned Analysis/Outcomes,
Application and Relevancy
|
Topic |
Analysis/Outcomes |
Application |
Relevancy |
|
01 Measurement |
No |
Powers |
Yes |
|
02 Experimental Models |
Yes |
Yes |
No |
|
03 Structure of Matter |
No |
Yes |
Yes |
|
04 Heat |
Yes |
No |
No |
|
05 Sound |
No |
No |
Yes |
|
06 Light |
No |
No |
No |
|
07 Color |
No |
Yes |
Yes |
|
08 Magnetism |
No |
No |
Yes |
|
09 Electricity |
No |
Yes |
Yes |
|
10 Motion |
Modified per instructor |
No |
Yes |
|
12 Energy |
Yes |
No |
Yes |
|
13 Simple Machines |
No |
No |
Yes |
Instructor reserves right to make modifications.
Note:
PHSA 1050
Syllabus and Schedule Fall
2005
|
|
Monday |
Tuesday |
Wednesday |
Thursday |
|
Aug
24 Aug 25 |
|
|
Introduction |
Introduction |
|
Aug
29 Sept 01 |
Introduction Lab (Computers) |
Introduction Lab (Computers) |
Measurement |
Measurement |
|
Sept
05- Sept 08 |
No School Labor Day |
Measurement
Lab |
Measurement
Lab |
· Exp. Models |
|
Sept
12- Sept 15 |
· Exp. Models |
Exp. Models Lab |
Exp. Models Lab |
· Structure
of Matter |
|
Sept
19- Sept 22 |
· Structure
of Matter |
¨ Structure
of Matter Lab |
¨ Structure
of Matter Lab |
· Heat |
|
Sept
26- Sept 29 |
· Heat |
Heat Lab |
Heat Lab |
· Summary/Review |
|
Oct
03- Oct 06 |
· Summary/Review |
Exam I |
Exam I |
Sound |
|
Oct
10- Oct 13 |
Sound |
Sound Lab |
Sound Lab |
· Light |
|
Oct
17- Oct 20 |
· Light |
Light
Lab |
Light
Lab |
· Color |
|
Oct 24
- Oct 27 |
· Color |
Color Lab |
Color Lab |
· Magnetism |
|
Oct
31- Nov 03 |
· Magnetism |
Magnetism
Lab |
Magnetism
Lab |
· Summary/Review |
|
Nov 07
- Nov 10 |
· Summary/Review |
Exam II |
Exam II |
Electricity |
|
Nov
14- Nov 17 |
Electricity |
Electricity
Lab |
Electricity
Lab |
· Motion |
|
Nov
21- Nov 24 |
· Motion |
Motion Lab |
Motion Lab |
No School Thanksgiving |
|
Nov
28- Dec 01 |
· Energy |
· Energy |
Energy
Lab |
Energy
Lab |
|
Dec 05
Dec 08 |
· Simple Machines |
· Simple Machines |
Simple Machines Lab |
Simple Machines Lab |
|
Dec 12
Dec 15 |
· Summary/Review |
· Summary/Review |
Exam III |
Exam III |
¨ EYE
PROTECTION IS REQUIRED! · Quiz on
completed (previous) topic