
This is the organizational page for the Physics Introductory Labs PHY 133 for Fall 2018.
Instructors | Director of UG Laboratory   | Teaching Assistants | ||||||||||||||||||||||||||||||||||
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R. Lefferts | B. Nielsen |
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The scope of the introductory labs is to give an understanding of basic experimental methods applied in physical sciences. The experiments performed during the lab sessions are closely related to the topics covered in the lecture.
You will perform each week an experiment as indicated in the Calendar section. You have 2 hr 20 min time to perform each experiment. Each experiment will come with a manual that you can access from this webpage.
You are required to perform each lab experiment by yourself, mostly together with a lab partner.
Your perfomance in the lab session will be evaluated by your teaching assistant. The evaluation is based on the introduction of your lab report that you have to write up and submit to your TA at the beginning of the session and your performance during the experiment that includes a final written report that will be submitted in the week following the lab experiment. Please refer also to Lab Report Guide
Your performance/report will count 100%, of which the introduction is worth up to 15%, toward your grade on the particular lab experiment.
Your final grade will be an average from your single lab grades scaled by a factor that will be determined at the end of the semester. This final grade will be a letter grade ranging from A to F.
Your lab report should give the reader a chance to get a picture of the experiment and what you have done without having the lab manual in their hand. You should not copy excerpts from the manual or only refer to passages in the lab manual. The lab report has to have the following format:
- Title sheet
- Introduction [15 pts]
- Procedure [15 pts]
- Data [20 pts]
- Analysis/Discussion [40 pts]
- Conclusion [10 pts]
- Name, lab-section, TA name, partner name(s), name of experiment, date
- In your own words: briefly describe the experiment. Present the main physics intent and the main meaurements of the lab. Please DO NOT copy the lab manual
- Describe briefly what you have done during the session
- Include data from the lab (including units) and your estimates of experimental uncertainty.
- Include the data sheet your TA signed as an image or appended.
- Graphs, calculations, uncertainty caluclations for derived quantities
- Present the main result of the experiment and summarize the physics implied by the data
- Comment on the random and systematic error present in the measurement.
- ---------------------------------
- Σ Sum to [100 pts]
Here is the schedule of labs for the semester
The first lab sessions will take place in the week starting from Monday, August 27.
Lab 0: August 27 - August 30 Introduction to the laboratory and Uncertainty, Error & Graphs
September 03 -07: LABOR DAY (Monday). No lab classes.
Lab 1: September 10 - September 14 The Pendulum
(Data Sheet)
Lab 2: September 17 - September 21 Projectile Motion
(Data Sheet)
Lab 3: September 24 - September 28 Acceleration
(Data Sheet)
Lab 4: October 01 - October 05 The Atwood Machine
(Data Sheet)
October 08 - 12: Fall Break (Mon & Tues). Make-up Lab Days for Labs 1-4 (Wed-Fri). No lab classes.
Lab 5: October 15 - October 19 Conservation of Energy
(Data Sheet)
Lab 6: October 22 - October 26 Conservation of Momentum
(Data Sheet)
Lab 7: October 29 - November 02 Angular Momentum
(Data Sheet)
November 05 - 09: Make-up Lab Week for Labs 5 - 7. No lab classes.
Lab 8: November 12 - November 16 Standing Waves (Data Sheet) ** Note schedule change
November 19 - 23: THANKSGIVING BREAK (Starts Wednesday). No lab classes.
Lab 9: November 26 - November 30 Simple Harmonic Motion (Data Sheet) ** Note schedule change
Lab 10: December 03 - December 06 Ideal Gas Law and Absolute Zero
(Data Sheet)
December 07 and December 10: Make-up Lab DAYS for Labs 8 - 10.
Here are some documents you will find helpfuls:
Guide to Uncertainty and Error Analysis
Introduction to Google Sheets (and Advanced Techniques in Google Sheets)
How to Use Google Sheets in This Class
Guide to Making and Using Plots
Here is a link to the plotting tool we will use to make our graphs in this class:
PHY133/134 Plotting Tool Older Version of PHY133/134 Plotting Tool
Correct as of September 6, 2018
Section | When | Where | Teaching Assistant |
---|---|---|---|
PHY133 L01 | Mo 12:00pm - 2:20pm | A-117 | Catherine Feldman |
PHY133 L02 | Mo 12:00pm - 2:20pm | A-126 | Helena van Nieuwenhuizen |
PHY133 L03 | Mo 2:30pm-4:50pm | A-117 | Catherine Feldman |
PHY133 L04 | Mo 2:30pm-4:50pm | A-126 | Colin Gordon |
PHY133 L05 | Mo 5:00pm - 7:20pm | A-117 | Aniruddha Venkata |
PHY133 L06 | Mo 5:00pm - 7:20pm | A-126 | Colin Gordon |
PHY133 L07 | Tu 8:00am-10:20am | A-117 | Yuan Fang |
PHY133 L08 | Tu 8:00am-10:20am | A-126 | Makoto Tsuneto |
PHY133 L09 | Tu 12:00pm-2:20pm | A-117 | Tong Liang |
PHY133 L10 | Tu 12:00pm-2:20pm | A-126 | Alfonso Lanuza |
PHY133 L11 | Tu 8:00am - 10:20am | A-118 | Daniel Gift |
PHY133 L12 | Tu 12:00 - 2:20pm | A-118 | Yuan Fang |
PHY133 L13 | Tu 5:00pm - 7:20pm | A-118 | Gaurang Parkar |
PHY133 L14 | We 2:30pm - 4:50pm | A-126 | Artemis Sofia Giannakopoulou |
PHY133 L15 | Tu 5:00pm - 7:20pm | A-117 | Weibin Zhang |
PHY133 L16 | Tu 5:00pm - 7:20pm | A-126 | Sudhakantha Girmohanta |
PHY133 L17 | Th 8:00am-10:20am | A-117 | Helena van Nieuwenhuizen |
PHY133 L18 | Th 8:00am-10:20am | A-126 | Eli Rafkin |
PHY133 L19 | We 2:30pm - 4:50pm | A-117 | Alfonso Lanuza |
PHY133 L20 | We 2:30pm - 4:50pm | A-118 * | Jacob Larkin |
PHY133 L21 | We 5:00pm - 7:20pm | A-117 | Artemis Sofia Giannakopoulou |
PHY133 L22 | We 5:00pm - 7:20pm | A-126 | Xuance Jiang |
PHY133 L23 | Th 2:30pm - 4:50pm | A-117 | Weibin Zhang |
PHY133 L24 | Th 8:00am-10:20am | A-118 | Makoto Tsuneto |
PHY133 L25 | Th 12:00pm - 2:20pm | A-117 | Eli Rafkin |
PHY133 L26 | Th 12:00pm - 2:20pm | A-126 | Aniruddha Venkata |
PHY133 L27 | Th 12:00pm - 2:20pm | A-118 | Rugved Pund |
PHY133 L28 | Th 2:30pm - 4:50pm | A-126 | Rugved Pund |
PHY133 L29 | We 5:00pm - 7:20pm | A-118 | Gaurang Parkar |
PHY133 L30 | Th 2:30pm - 4:50pm | A-118 | Jacob Larkin |
PHY133 L31 | Mo 12:00pm - 2:20pm | A-118 | Tong Liang |
PHY133 L33 | Mo 5:00pm - 7:20pm | A-118 | Sudhakantha Girmohanta |
PHY133 L35 | Mo 2:30pm - 4:50pm | A-118 | Xuance Jiang |
You are responsible for keeping track of deadlines for your lab reports. A list of deadlines (and return dates for work) is available here: Due Dates
Be alert to announcements about changes to this schedule from your TA or via Blackboard.
Any lab report submitted after the deadline will not be considered and receive zero points for the lab experiment.
Exceptions for partial credit may be granted by a TA or the course instructor, with suitably documented reasons.
If you need to be absent for a lab experiment you will have to provide written documentation for a significant reason to be absent, e.g., a medical note from your doctor or a written document about jury duty.
With such documentation, you will have the opportunity to make up the lab experiment in the dedicated make-up week. Under such circumstances, please submit a make-up request via the PHY133 Make-Up Request Form
There are three ways to ask questions or report problems:
- To contact your TA, use the e-mail addresses provided at the top of this page. This is the best option for lab-specific questions, such as checking requirements.
- To contact all TAs, use PHY133_lab@stonybrook.edu. This is the best option for general physics questions. If you cannot get in touch with your own TA and have a question on how to do a calculation (or why numbers look weird), this is also a reasonable place to contact.
- For administrative concerns, contact the course instructor, Richard Lefferts, at phy_introlabs@stonybrook.edu or in Office Hours, 1-3pm Thursday in A-129 of Grad Physics. This is the best option if you have a problem with your TA or something of that nature.
These are only pdf files (no forms or plotting functions)
Uncertainty, Error and Graphs  
The Pendulum  
Acceleration  
Projectile Motion  
The Atwood Machine  
Conservation of Energy  
Conservation of Momentum  
Angular Momentum  
Simple Harmonic Motion  
Standing Waves  
Ideal Gas Law and Absolute Zero