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PHYS.1440L Physics II Lab (Spring 2016)
COURSE POLICY
(Please fill in the information immediately below and keep these pages for reference.)
Course Section Info.
Section number _________ / meeting time _________________
Lab Instructor
__________________________________________________
Office/Email
Faculty Supervisor
Office/Email
_____________/____________________________________
___________________ Dr. Andriy Danylov _______________
__ Olney 127 __/__Andriy_Danylov@uml.edu___________
Corequisite Course
PHYS.1440 Physics II
Lab Coordinator
Dr. Mittler (Olney 137, tel. 978.934.3775, email Arthur_Mittler@uml.edu)
Required Materials
a) laboratory manual – PHYSICS Laboratory Experiments,
revised 8th ed. by Pullen, Mittler & Schier (McGraw-Hill)
b) scientific calculator
c) metric ruler (15 to 30 cm long, preferably transparent)
f) lab notebook (hardbound, with numbered pages)
Room
See posted notices on lab doors (Olney 103 - 110) and on website listed below.
Attendance
Required for all six lab sessions.
Absences
There will be NO MAKEUPS due to the restrictions of the academic calendar.
Restrictions
No consumption of any FOOD or DRINKS is allowed in the laboratories.
Assistance
Please contact your laboratory section instructor for assistance in the course.
Information
Notices concerning the physics service laboratory courses will be posted in the
display cases opposite Olney 111 and on the lab room doors.
Schedules:
Rooms:
http://faculty.uml.edu/Arthur_Mittler/
http://faculty.uml.edu/Arthur_Mittler/
(click on Announcements)
Academic Conduct
You are responsible for appropriate academic conduct. Please refer to the university's
academic integrity policy at:
http://www.uml.edu/Catalog/Undergraduate/Policies/Academic-Policies/Academic-Integrity.aspx
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PHYS.1440L Physics II Lab (Spring 2016)
COURSE REQUIREMENTS
Pre-lab Assignment
Your instructor will give you a pre-lab assignment for experiments 2-6. This will consist of either an
assignment to be completed before coming to laboratory or a pre-lab quiz on the experiment to be performed
(given at the beginning of the lab session).
Lab Work
In this course, you will be introduced to a wide range of physical phenomena, measurement techniques and
methods of analysis. You will be required to keep a careful record of your observations and measurements in a
laboratory notebook and to write a formal report on each of your experiments. Working with a partner will
enable you to share the data taking, but each of you should participate in all observations and measurements and
check the other’s work for accuracy. You are separately responsible for all measurements taken and should keep
independent records in your laboratory notebook – do not simply copy from your partner’s notebook. You are
encouraged to discuss your results and learn from each other, but your reports must reflect strictly individual
efforts. The Lab Manual Pages with data tables pertaining to the experiment are not part of the lab report – they
should stay in the manual or be stapled/ taped to your lab notebook. The data tables will be checked and initialed
by the instructor at the end of the lab, and they will serve as proof of your attendance and participation. The
information from the data tables should be copied to and presented in the lab report.
Lab Report
Formal reports are required for all your experiments and they represent an important part of the course.
The report must be prepared using a word processor and printed on standard 81/2 x 11-inch paper. It should be a
stand-alone, self-sufficient document showing evidence of independent thinking and written in your own words.
Be sure to check your grammar and punctuation as well as your spelling. Avoid ambiguous statements, vague
statements, and incomplete sentences. Read your sentences over to ensure that they make proper sense.
A) Cover Page This page must contain only the following information:
Your Name
Course Number and Section Number
Instructor’s Name
Title of Experiment
Date Experiment was performed
Partner’s Name
Objective(s) of Experiment (one or two sentences explaining the primary goal(s) of the experiment)
B) Introduction You are not required to write an original introduction for the experiment. You are expected,
however, to list all the equations used in the analysis in this section of the report. Each equation should have a
brief description with clear definitions of all the variables.
C) Apparatus and Procedure Include a block diagram of the experiment followed by a complete list of the
equipment used. If you followed the procedure given in the lab manual, state that. If not, describe what you did
differently and why.
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D) Results and Analysis Include in this section all data tables, graphs, and sample calculations. Briefly
describe how you obtained your results. Results must be reported with units and uncertainties. Include all the
analysis described in the lab manual plus any additional analysis that you are able to determine from your results.
Your analysis should refer to the diagrams, data tables, and graphs that represent your data and results. All
graphs must have a title and the axes must be properly labelled with their units. Graphs and figures should be
numbered and have a title and caption. Data tables should also be numbered and properly titled, with each
column having a heading label with units.
E) Discussion This section should contain a discussion of your results in terms of the experiment’s objectives, a
discussion of the estimated experimental uncertainties, and the answers to any questions given in the manual.
Label answers to the questions.
F) Conclusions The final section of your report should summarize in one or two sentences your conclusions
drawn from the investigation, including the final result itself and comparison with other data.
All sections (A-F) listed above must be stapled together to form the lab report.
All reports are due at the beginning of the next meeting of your section that immediately follows the
one in which the experiment was performed. Your lab instructor will give you information on details of
handing in the last experiment.
GRADING
Your course grade will be based on the average score of all 6 experiments. Each experiment will carry
equal weight.
Your grade for Exp. #1 will be based 40% on the lab work and 60% on the lab report.
Your grade for Exp. # 2-6 will be based 10 % on the pre-lab assignment, 30% on the lab work and 60 %
on the lab report.
Grades from all lab sections taught by the same instructor will be “normalized” to ’85 per cent’ at the
end of the semester. The following table will be used to obtain approximate course letter grades from
the normalized scores.
percent
grade
94 or higher
91-93
88-90
83-87
80-82
77-79
72-76
68-71
60-67
less than 60
=
=
=
=
=
=
=
=
=
=
A
A–
B+
B
B–
C+
C
C–
D
F
Late reports must be placed in the box outside of Olney 113. They will be date-stamped at 5:00 p.m. of
the day received. Your instructor may assign a penalty of up to 10 % per day for late reports. The
minimum experiment grade, however, will be 40 % if you have completed the experiment obtaining
satisfactory data, and you have turned in a data sheet signed by your instructor.
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Spring 2016 PHYS.1440L Schedule (TR)
(O – meetings of odd-numbered sections, E – even-numbered sections)
MONDAY
WEDNESDAY
THURSDAY
20
21
22
25
19 first class
day
26
O1
27
---------28
O1
29
01
02
E1
03
04
E1
05
08
09
O2
10
11
O2
12
17
18
E2
19
22
16 mon sch
---------23
O3
24
25
O3
26
29
01
E3
02
03
E3
04
07
08
O4
09
10
O4
11
14 recess wk
15
16
17
21
22
E4
23
24
E4
25
28
29
O5
30
31
O5
01
04
05
E5
06
07
E5
08
11
12
O6
13
14
O6
15
18 HOL
19
E6
20
21
E6
22 mon sch
25
26
<E2>
27
28
29
02
03
final
exams
04 final
exams
11
---------05 final
exams
12
06 final
exams
13
18
HOL
JAN
TUESDAY
FRIDAY
JAN
FEB
FEB
15
HOL
FEB
FEB
FEB/
MAR
MAR
18
MAR
MAR
MAR/
APR
APR
APR
APR
APR
MAY
MAY
Exp. #1
Exp. #2
Exp. #3
Exp. #4
Exp. #5
Exp. #6
final
exams
09 mkup
final exams
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(M18) – Electric and Potential Fields
(M43) – Resistance, Ohm’s Law and i-V Curves
(M19) – Capacitors and RC Decay
(M44) – Mapping of the Magnetic Field from Helmholtz Coils
(M23) – Charged Particle Motion in Magnetic Fields
(M10) – Converging Lenses: Aberration and Imaging