Difference between revisions of "PHYS 2211"

From Georgia Tech Student Wiki
(added citation/reference)
 
(10 intermediate revisions by 4 users not shown)
Line 1: Line 1:
−
{{DISPLAYTITLE:PHYS 2211 - Introductory Physics I}}
 +
{{DISPLAYTITLE:PHYS 2211}}
 
== Overview ==
  
== Overview ==
−
Physics 1 (Mechanics) is "A calculus-based course with a laboratory covering classical mechanics, applications of classical mechanics, oscillations, and waves."<ref>https://catalog.gatech.edu/courses-undergrad/phys/</ref>
 +
Physics 1 (Mechanics) is "An introductory course which will include mechanics (kinematics, dynamics, work and energy, momentum and collisions, and rotational motion and statics), and may also include oscillations and computational methods."<ref>https://catalog.gatech.edu/courses-undergrad/phys/</ref>
   
 
==== Classical vs Modern ====
  
==== Classical vs Modern ====
−
Classical: more calculus, recitation section (shorter lab period)
 +
Classical: more calculus, recitation section (shorter lab period), generally considered more difficult than modern.
   
 
Modern: programming in Python (don't worry, it's pretty simple programming)
  
Modern: programming in Python (don't worry, it's pretty simple programming)
  +
  +
* Currently, only Modern Physics is offered.
  +
  +
== Topic List ==
  +
All fundamental principles are highlighted in bold. All Key topics are italicized.
  +
  +
* ''Vectors and 3-Dimensional Space''
  +
* ''Newton's Laws & Kinematics''
  +
* '''The Momentum Principle'''
  +
* Constant and Non-Constant Forces
  +
* ''Vector Spring Force''
  +
* Simple Harmonic Motion*
  +
* Static and Dynamic Equilibrium
  +
* Young's Modulus*
  +
* ''Curving Motion''
  +
* '''The Energy Principle''' (Relativistic Included)
  +
* Energy Graphs
  +
* ''The Dot Product'' (Vector Form)
  +
* Thermal Energy
  +
* ''Point Particle and Multi-Particle Systems''
  +
* Collisions and Explosions
  +
* ''The Cross Product'' (Vector Form)
  +
* '''The Angular Momentum Principle'''
  +
* Angular Momentum of PP and Multi-Particle Systems
  +
  +
<nowiki>*</nowiki>''Topic sometimes not covered.''
   
 
== Registration Information ==
  
== Registration Information ==
−
This is a [[linked course]]. However, the lecture section codes no longer correspond to the lab section codes. See the [https://www.me.gatech.edu/files/ug/linkedclasses.pdf ME department guide (Fall 20)] for an explanation.
 +
This is a [[Linked Course|linked course]]. However, the lecture section codes no longer correspond to the lab section codes. See the [https://www.me.gatech.edu/files/ug/linkedclasses.pdf ME department guide (Fall 20)] for an explanation.
   
−
'''For ''current'' info on which lectures correspond to which labs, read [https://oscar.gatech.edu/bprod/bwckctlg.p_disp_listcrse?term_in=202108&subj_in=PHYS&crse_in=2211&schd_in=% this OSCAR page (Fall 21)]'''. For example, Section A says:<blockquote>You must also register for one of the following: PHYS 2211 Y01 - Y10</blockquote>And so on for the other sections.
 +
'''For ''current'' info on which lectures correspond to which labs, read this [https://oscar.gatech.edu/bprod/bwckctlg.p_disp_course_detail?cat_term_in=202508&subj_code_in=PHYS&crse_numb_in=2211 OSCAR page (Fall 2025)]'''. For example, Section A said in Fall 2025:<blockquote>You must also register for one of the following: PHYS 2211 W01 - W47</blockquote>And so on for the other sections.
   
 
In addition, some sections are major-restricted or study abroad. Make sure to check the OSCAR page and/or the ME dept guide!
  
In addition, some sections are major-restricted or study abroad. Make sure to check the OSCAR page and/or the ME dept guide!
   
−
For the lecture sections, notice how they all include one time-block very late in the day. This is likely the [[test period]], which will only meet a few times per semester. [TODO some1 confirm]
 +
For the lecture sections, notice how they all include one time-block very late in the day. This is the test period, and it will only be used 3 times per semester.
  +
  +
== Laboratory Information ==
  +
The Laboratory Component is split up into two areas: '''''Lab Experiments''''' and '''''Group Problem Solving'''.''
  +
  +
'''''Lab Experiments:'''''
  +
  +
There are 5 Lab Experiments, which are peer-graded video lab reports. Your lowest scored peer is dropped and your grade is the average of the rest of your peers.
  +
  +
'''''Group Problem Solving (GPS):'''''
  +
  +
Each week during lab, you will be given a GPS assignment with the other students sitting at the lab table with you. The lowest GPS is dropped, meaning everyone gets a free no-questions-asked absence.
  +
  +
== Prerequisite Knowledge ==
  +
[[MATH 1551]] with a D or higher and [[MATH 1552]] (Concurrent Enrollment Allowed) with a D or higher.
  +
  +
* Generally Light Integration Skills Required.
   
 
== Resources ==
  
== Resources ==
  +
This class roughly follows '''''Matter & Interactions Vol. I: Modern Mechanics, 4th Edition''' by R. Chabay & B. Sherwood'' ''(John Wiley & Sons 2015)''
   
−
==== Modern Physics ====
  
 
Labs use very basic Python, and tests occasionally ask for the Python equivalent of vector math.
  
Labs use very basic Python, and tests occasionally ask for the Python equivalent of vector math.
   
Line 25: Line 67:
   
 
If you are still concerned about Python, [https://rhettallain_gmail_com.trinket.io/numerical-calculations-in-physics#/numerical-calculation-tutorials/introduction-and-vectors this website] has tutorials which are ''extremely'' similar to your Physics labs.
  
If you are still concerned about Python, [https://rhettallain_gmail_com.trinket.io/numerical-calculations-in-physics#/numerical-calculation-tutorials/introduction-and-vectors this website] has tutorials which are ''extremely'' similar to your Physics labs.
  +
<references />
  +
[[Category:Courses|^PHYS^PHYS]]

Latest revision as of 01:06, 22 April 2025

Overview[edit | edit source]

Physics 1 (Mechanics) is "An introductory course which will include mechanics (kinematics, dynamics, work and energy, momentum and collisions, and rotational motion and statics), and may also include oscillations and computational methods."[1]

Classical vs Modern[edit | edit source]

Classical: more calculus, recitation section (shorter lab period), generally considered more difficult than modern.

Modern: programming in Python (don't worry, it's pretty simple programming)

  • Currently, only Modern Physics is offered.

Topic List[edit | edit source]

All fundamental principles are highlighted in bold. All Key topics are italicized.

  • Vectors and 3-Dimensional Space
  • Newton's Laws & Kinematics
  • The Momentum Principle
  • Constant and Non-Constant Forces
  • Vector Spring Force
  • Simple Harmonic Motion*
  • Static and Dynamic Equilibrium
  • Young's Modulus*
  • Curving Motion
  • The Energy Principle (Relativistic Included)
  • Energy Graphs
  • The Dot Product (Vector Form)
  • Thermal Energy
  • Point Particle and Multi-Particle Systems
  • Collisions and Explosions
  • The Cross Product (Vector Form)
  • The Angular Momentum Principle
  • Angular Momentum of PP and Multi-Particle Systems

*Topic sometimes not covered.

Registration Information[edit | edit source]

This is a linked course. However, the lecture section codes no longer correspond to the lab section codes. See the ME department guide (Fall 20) for an explanation.

For current info on which lectures correspond to which labs, read this OSCAR page (Fall 2025). For example, Section A said in Fall 2025:

You must also register for one of the following: PHYS 2211 W01 - W47

And so on for the other sections.

In addition, some sections are major-restricted or study abroad. Make sure to check the OSCAR page and/or the ME dept guide!

For the lecture sections, notice how they all include one time-block very late in the day. This is the test period, and it will only be used 3 times per semester.

Laboratory Information[edit | edit source]

The Laboratory Component is split up into two areas: Lab Experiments and Group Problem Solving.

Lab Experiments:

There are 5 Lab Experiments, which are peer-graded video lab reports. Your lowest scored peer is dropped and your grade is the average of the rest of your peers.

Group Problem Solving (GPS):

Each week during lab, you will be given a GPS assignment with the other students sitting at the lab table with you. The lowest GPS is dropped, meaning everyone gets a free no-questions-asked absence.

Prerequisite Knowledge[edit | edit source]

MATH 1551 with a D or higher and MATH 1552 (Concurrent Enrollment Allowed) with a D or higher.

  • Generally Light Integration Skills Required.

Resources[edit | edit source]

This class roughly follows Matter & Interactions Vol. I: Modern Mechanics, 4th Edition by R. Chabay & B. Sherwood (John Wiley & Sons 2015)

Labs use very basic Python, and tests occasionally ask for the Python equivalent of vector math.

Don't be intimidated by the programming, since it is relatively straightforward and you can ask for help from TAs and other students in labs.

If you are still concerned about Python, this website has tutorials which are extremely similar to your Physics labs.

  1. ↑ https://catalog.gatech.edu/courses-undergrad/phys/
Retrieved from "https://gt-student-wiki.org/mediawiki/index.php?title=PHYS_2211&oldid=2131"