[System] You extract structured syllabus data from university course documents. Return valid JSON only, matching the requested schema exactly.

[User]
Extract structured syllabus information from the following document.
Return JSON with keys: document_id, source_url, course_codes, instructors, emails, section_names, assignments, readings, grading_weights, due_dates, course_dates, concepts, study_plan, text_field, entities.
The study_plan value must be a JSON array of objects, one per syllabus section region, each with section_heading (string) and the same list-of-strings fields as the top level (course_codes, readings, assignments, due_dates, course_dates, concepts, grading_weights, instructors, emails), grouping items that fall under that section.

Document text:

SYLLABUS

General Psychology 1-2, FPF, UC Berkeley, 2017
Lecture: Tuesday/Thursday, 2:00-3:00 PM, Room 100, 2515 Hillegass,

Bruce Mangan PhD
mangan@berkeley.edu

INSTRUCTOR’S OFFICE HOURS:  to be announced.

Texts:     Course Reader, including material from various editions of
                     Grey’s & Grey and Bjorklund’s Psychology
               Man’s Search For Meaning, Victor Frankl
Videos:  Memento, Christopher Nolan
               Prisoners of Silence: https://www.youtube.com/watch?v=CzCGux7qD1c

Reader available on or after 21 August at Krishna Copy, 2595 Telegraph Ave.

     General Psychology covers a very wide range of topics, and at first students can find
them unrelated or confusing.  One aim of this course is to emphasize the overarching
ideas that, in the end, will tie this diverse information together.  One of these ideas is
evolutionary adaptation, and the selections in the reader from Grey’s psychology do an
excellent job of showing how adaptation helps us understand many kinds of biological
phenomena directly related to psychology (e.g., genetics, epigenetics, neural and brain
structure, types of learning, habituation).  We will also consider unifying ideas that are
prominent in the study of cognition.  These include representations and their
transformation, concept formation, Gestalt coherence, multiple-causation, the relation of
conscious to non-conscious processing, and how organisms handle novel
information.   Each of these “core ideas” will be introduced first with a (hopefully) vivid
example in one area of study, but they will crop up again and again, often in combination,
in other areas as the course progresses.  For these unifying factors are jointly present in
many complex psychological states, and they will help us examine some of the most
salient experiences in human life (e.g., being in love; the exhilarations underlying
athletics and art; having, or knowing someone with, a mental disorder).  The core ideas
will also help us understand how humans respond during the most extreme conditions:
e.g., life in a Nazi concentration camp as reported by Frankl.

     We will also consider how various strands of contemporary psychology resonate with
“traditional” approaches to psychology.  The chief example will be Plato’s Phaedrus.
Time permitting, we will briefly consider similar views of personality in the classic
cultures of East Asia, South Asia, and the Islamic world.
     NOTE: For many students it takes time to fully understand the core ideas and their
application.  But by the final most students will have mastered them and will be able to
apply them to a wide range of cases.  In at least one extra credit rich essay question on
the final you can, if you wish, describe a significant experience from your own life, and
then analyze it using relevant core ideas.

READINGS TO BE COMPLETED BEFORE THE BEGINNING OF THAT WEEK’S CLASS

Week 1: August 24th
               Course goals and structure
               Reader: pp. 1-5

Week 2: August 29thth & August 31st
                History and Scope of Psychology
 Reader: pp. 6-30
                Man’s Search for Meaning, Part 1

                Science and the Biological foundations of psychology
Reader: pp. 31-62

Week 3: September 5th  & 7th
               Science and the Biological foundations of psychology, continued
               Reader:  pp. 63-84

               Learning
               Reader:  pp. 85-139

Week 4: September 12th & 14th
                Learning, continued

                The Nervous System
                Reader: pp. 140-186

Week 5: September 19th & 21st
                The Nervous System continued

                Sensory processes: Overview
 Reader: 187-195

Week 6: September 26th & 28th
                 Vision
  Reader:  196-207

Week 7: October 3th & 6th
                1st Midterm October 3th

                Consciousness, Perception & Memory
                Reader pp. 208-254

Week 8: October 10th & 12th
                Consciousness, Perception, Memory continued
                Memento
                Reader: pp. 255-268;

Week 9: October 17th & 19th
                 Personality
                 Reader: (read in order) pp. 269-288; 262-268; 289-327

Week 10: October 24th & 26th
                  Mental Disorders
                  Reader: pp. 328-372

Week 11: October 31st, November 2nd
                  Treatment
                  Reader: pp. 373-409

Week 12: November 7th  & 9th
                 Classical and cross-cultural views of Psychology
                 Reader: review pp. 323-325
                 Reader: pp. 410-438

Week 13: November 14th & 16th
                 Classical and cross-cultural views of Psychology continued

                 Social influences on behavior
                 Reader: pp. 441-460
                 Video: Prisoner’s of Silence: see by Nov. 16th
                 https://www.youtube.com/watch?v=CzCGux7qD1c)

Week 14: November 21st
                  2nd Midterm

Week 15: November 28th & 30th
                 The Wholeness High: Aesthetics, athletics and “Peak” experiences
 Reader: pp. 439-441

Week 16: December 5th & 7th
                  RRR week: Review, especially conscious & non-conscious cognition

TESTS & GRADING: The course grade is based on two midterms, 100 points each, and a 200
point final.  The final grade will be calculated via a “modified curve.”  A modified curve treats the
highest number of points actually earned by a student as if this were 100% of the total number of
points possible in the course.  For example, if the highest score in the class is 380, then all
students scoring from 342 to 380 (90% to 100%) will fall into the A range; all students scoring
from 304 to 341 will fall into the B range, and so on.  There is, then, no arbitrary limit on how
many students can receive a given final grade. In theory everyone could get an A.

All tests in this course have the same format: (a) multiple choice, (b) fill-ins, (c) short answers,
and (d) an essay question. The proportion of points for each category will shift from test to test:
(c) & (d) will account for increasingly more points on the second midterm and the final; you will
always have the option of choosing from at least two possible questions for (c) and for (d).

Multiple-choice questions are based primarily on the text, and range from very easy to difficult;
the few difficult questions are to reward students who carefully read all the
assignments.  Fill-in questions focus on terminology and important names. Short answer
questions can be handled with a relatively few well thought out sentences.  Essay questions will
test your mastery of the more complex aspects of course material and your ability to integrate
them. Short-answer and essay questions will always drawn from material discussed in lecture
and/or section.

[Assistant] {"document_id": "e7b19e70c78933e48742d8f970fd23032a8da8a8768305740b36f2cad9b197aa", "source_url": "https://tbp.studentorg.berkeley.edu/syllabi/830/download/", "course_codes": [], "instructors": [], "emails": ["mangan@berkeley.edu"], "section_names": ["assignments", "GRADING", "OFFICE HOURS"], "assignments": [], "readings": ["READINGS TO BE COMPLETED BEFORE THE BEGINNING OF THAT WEEK\u2019S CLASS"], "grading_weights": [], "due_dates": [], "course_dates": [], "concepts": ["Review, especially conscious & non-conscious cognition"], "study_plan": [{"section_heading": "", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": ["mangan@berkeley.edu"]}, {"section_heading": "OFFICE HOURS", "course_codes": [], "readings": ["READINGS TO BE COMPLETED BEFORE THE BEGINNING OF THAT WEEK\u2019S CLASS"], "assignments": [], "due_dates": [], "course_dates": [], "concepts": ["Review, especially conscious & non-conscious cognition"], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "GRADING", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}], "text_field": "text", "entities": [{"label": "EMAIL", "text": "mangan@berkeley.edu", "start": 151, "end": 170, "source": "regex"}, {"label": "READING", "text": "READINGS TO BE COMPLETED BEFORE THE BEGINNING OF THAT WEEK\u2019S CLASS", "start": 2905, "end": 2971, "source": "regex"}, {"label": "PERCENT", "text": "100%", "start": 5744, "end": 5748, "source": "regex"}, {"label": "PERCENT", "text": "90%", "start": 5904, "end": 5907, "source": "regex"}, {"label": "PERCENT", "text": "100%", "start": 5911, "end": 5915, "source": "regex"}, {"label": "SECTION", "text": "OFFICE HOURS", "start": 187, "end": 199, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "Review, especially conscious & non-conscious cognition", "start": 5423, "end": 5477, "source": "heuristic_ner"}, {"label": "SECTION", "text": "GRADING", "start": 5491, "end": 5498, "source": "heuristic_ner"}, {"label": "SECTION", "text": "assignments", "start": 6732, "end": 6743, "source": "heuristic_ner"}]}


[System] You extract structured syllabus data from university course documents. Return valid JSON only, matching the requested schema exactly.

[User]
Extract structured syllabus information from the following document.
Return JSON with keys: document_id, source_url, course_codes, instructors, emails, section_names, assignments, readings, grading_weights, due_dates, course_dates, concepts, study_plan, text_field, entities.
The study_plan value must be a JSON array of objects, one per syllabus section region, each with section_heading (string) and the same list-of-strings fields as the top level (course_codes, readings, assignments, due_dates, course_dates, concepts, grading_weights, instructors, emails), grouping items that fall under that section.

Document text:
<!DOCTYPE html>

  <meta charset="utf-8" />
<meta name="Generator" content="Drupal 11 (https://www.drupal.org)" />
<meta name="MobileOptimized" content="width" />
<meta name="HandheldFriendly" content="true" />
<meta name="viewport" content="width=device-width, initial-scale=1.0" />
<link rel="icon" href="/themes/custom/syllabus/favicon.ico" type="image/vnd.microsoft.icon" />
<link rel="canonical" href="https://syllabus.gatech.edu/syllabi/1102/e9" />
<link rel="shortlink" href="https://syllabus.gatech.edu/node/1038" />

    <title>English Composition II | Syllabus</title>
    <link rel="stylesheet" media="all" href="/sites/default/files/css/css_mkqoU4vfUltbFQ640Vj4DH5M5AymP8P2-Va49B7SPPI.css?delta=0&language=en&theme=syllabus&include=eJxljEEOwjAMBD_UkidFduuGCCdG3UVVfk9B4lJuuzPSFCaNILjLMy9rnwrTFp1yGKLZ7-IzioeKz-Dw2suXcD5Mt9jbhFiqeG62VsmnfyD9oxvvdkYx3EVfuBYxQGtJBfYGoQ07Jg" />
<link rel="stylesheet" media="all" href="/sites/default/files/css/css_pfWXKHNbKKmQwpff8r1KWlm789sw9QU-digQu1cnbGE.css?delta=1&language=en&theme=syllabus&include=eJxljEEOwjAMBD_UkidFduuGCCdG3UVVfk9B4lJuuzPSFCaNILjLMy9rnwrTFp1yGKLZ7-IzioeKz-Dw2suXcD5Mt9jbhFiqeG62VsmnfyD9oxvvdkYx3EVfuBYxQGtJBfYGoQ07Jg" />
<link rel="stylesheet" media="all" href="//cdn.jsdelivr.net/npm/bootstrap@5.2.2/dist/css/bootstrap.min.css" />
<link rel="stylesheet" media="all" href="https://cdnjs.cloudflare.com/ajax/libs/font-awesome/6.5.1/css/all.min.css" />
<link rel="stylesheet" media="all" href="//fonts.googleapis.com/css?family=Roboto:300,300italic,400,400italic,500,700&display=swap" />
<link rel="stylesheet" media="all" href="//fonts.googleapis.com/css?family=Roboto+Condensed:400,700&display=swap" />
<link rel="stylesheet" media="all" href="//fonts.googleapis.com/css2?family=Roboto+Slab:wght@100..900&display=swap" />
<link rel="stylesheet" media="all" href="//use.typekit.net/ymn0bgw.css" />
<link rel="stylesheet" media="all" href="/sites/default/files/css/css_ti5g_7dtK5HXM8X871zYl0fJnXXGBf_I05xUJGv4yiQ.css?delta=8&language=en&theme=syllabus&include=eJxljEEOwjAMBD_UkidFduuGCCdG3UVVfk9B4lJuuzPSFCaNILjLMy9rnwrTFp1yGKLZ7-IzioeKz-Dw2suXcD5Mt9jbhFiqeG62VsmnfyD9oxvvdkYx3EVfuBYxQGtJBfYGoQ07Jg" />

    Skip to main navigation

    Skip to main content

        <button class="navbar-toggler float-end" type="button" data-bs-toggle="collapse"
            data-bs-target="#navbarGTContent" aria-controls="navbarGTContent" aria-expanded="false"
            aria-label="Toggle navigation">

          MENU
        </button>

            Syllabus

Main navigation

                                Home

                                Search Syllabi

                                Instructors

                                Instructor FAQ

                                Syllabus Support by Unit

User account menu

                                GT login

English Composition II

Breadcrumb

                                                    Home

      Last Updated: Sun, 01/04/2026

        <fieldset class="js-form-item form-item js-form-wrapper form-wrapper">
            <legend>
      Syllabus
    </legend>

PDF required. Please edit this page and upload a PDF. Please check PDF for accessibility prior to submission.

  </fieldset>
    <fieldset class="js-form-item form-item js-form-wrapper form-wrapper">
            <legend>
      General Class Information
    </legend>

Academic year:

2026

Semester:

Spring

Course prefix:

ENGL

Course number:

1102

Section:

E9

CRN

30281

Instructor first name:

Mandy

Instructor last name:

Moore</d

[Assistant] {"document_id": "8f7b10732e0b49d73ee468b6dda25cbc6f6b01d2e5aac56742ba261348de3265", "source_url": "https://syllabus.gatech.edu/syllabi/1102/e9", "course_codes": [], "instructors": [], "emails": [], "section_names": [], "assignments": [], "readings": [], "grading_weights": [], "due_dates": [], "course_dates": ["01/04/2026"], "concepts": ["support\" class=\"nav-link nav-link--syllabus-unit-support\" data-drupal-link-system-path=\"node/23142\">Syllabus Support by"], "study_plan": [{"section_heading": "", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": ["01/04/2026"], "concepts": ["support\" class=\"nav-link nav-link--syllabus-unit-support\" data-drupal-link-system-path=\"node/23142\">Syllabus Support by"], "grading_weights": [], "instructors": [], "emails": []}], "text_field": "text", "entities": [{"label": "COURSE_DATE", "text": "01/04/2026", "start": 9428, "end": 9438, "source": "regex"}, {"label": "CONCEPT", "text": "support\" class=\"nav-link nav-link--syllabus-unit-support\" data-drupal-link-system-path=\"node/23142\">Syllabus Support by", "start": 5814, "end": 5933, "source": "heuristic_ner"}]}


[System] You extract structured syllabus data from university course documents. Return valid JSON only, matching the requested schema exactly.

[User]
Extract structured syllabus information from the following document.
Return JSON with keys: document_id, source_url, course_codes, instructors, emails, section_names, assignments, readings, grading_weights, due_dates, course_dates, concepts, study_plan, text_field, entities.
The study_plan value must be a JSON array of objects, one per syllabus section region, each with section_heading (string) and the same list-of-strings fields as the top level (course_codes, readings, assignments, due_dates, course_dates, concepts, grading_weights, instructors, emails), grouping items that fall under that section.

Document text:
Principles of Economics
Economics 1
UCLA Summer A6 2026

Instructor:
Kimberly Boswell
Office Hours:                            Tuesdays, Thursdays 1PM – 3PM (Zoom link on Canvas)
E-mail:
              ksboswell@econ.ucla.edu

Time and Location
Tuesday and Thursdays; 10:45 – 12:50 pm; (The course will be administered in an online, synchronous format,
i.e. classes will be live streamed at the times listed above and the recordings posted to the “Media Gallery” tab
on the left side of the course’s home page on Bruin Learn or in the “Zoom” tab under “Cloud Recordings”.)
Course Description
Introduction to principles of economic analysis, economic institutions, and issues of economic policy. Emphasis
on allocation of resources and distribution of income through price system.
Textbook: Principle of Microeconomics (10e) by Mankiw (through Mindtap; use the “MindTap Registration
Instructions” and “Access to MindTap” on Canvas for assistance with access). I will occasionally post additional
readings to Bruin Learn which will supplement the information in the text.
Inclusive Access:
This course is part of the UCLA Store’s Bruin Digital programs, Bruin One Access or Inclusive
Access. Your required course materials are being automatically provided to you by the first day of class or
upon enrollment. The materials are being provided at a reduced and competitive price. You will receive e-
mail from the UCLA Store (UCLA Store <no-reply>@verbasoftware.com) with program details and cost sent
directly to your email address on file with the Registrar. It is your responsibility to read all communication
coming from the bookstore. Check your spam folder if not received.
Everyone enrolled in this course is automatically a participant to start and will have access to the materials
through 2nd week of class. Those remaining in the program after 2nd week will be billed for the materials
directly to their BruinBill account and will have continued access to the materials. If you do not wish to
participate in Bruin One Access or Inclusive Access, you must opt-out by the Friday of 2nd week deadline or
you will be billed. Those who opt-out will lose access to the digital materials, will be required to return any
print materials provided by the program and will be responsible for obtaining the materials on their own.
Do not pay for your materials through the publisher website unless you are opting out of the Bruin Digital
programs. Bruin One Access or Inclusive Access course materials will be billed to your BruinBill account.
Questions regarding the applicable program can be directed to bruinoneaccess@asucla.ucla.edu
(undergraduates) or inclusiveaccess@asucla.ucla.edu (graduates)

Welcome Session: On the first class of the quarter, I will walk you through the syllabus, explain the
assessments, grading, then we’ll get into the topics outlined in the Tentative Course Schedule below. This
and all subsequent classes will be live streamed and the recordings posted for students who cannot attend. The
recording will be made available on Canvas in the “Media Gallery” after the session. The zoom link for “Class
Streaming” can be found on the “Home” page under the “Supplemental Material” module.

We will also be using the iClicker app for in-class quizzes/polls. The join code can be found in the Supplemental
Information module on Canvas. We will be using the free version through your UCLA login.
Computation of Course Grade:  The course grade will be based on assignments, two multiple
choice/answer midterm exams, and a cumulative final exam. At the end of the term, a curve may be applied
to the overall grades, if there is a >3% deviation from the historical distribution. Since the curve depends on
the overall class performance, I am not able to provide estimates for what grade you need on a particular exam
in order to pass the class. As a guideline, the historical distribution for core courses is 30% As, 35% Bs, 20%
C+/C, 15% C-, Ds, Fs. Missed exams may not be made up.
P 15% Group Assignments (Approximately 1 every 2 weeks in groups)
P 25% Midterm Exam 1 (Chapters 1 – 6, July 1); MCQ, 30 questions, first hour of class, classes held
after. The range of the exams will be updated as we go along if we cover more/less material.
P 25% Midterm Exam 2 (Chapters: 7 – 13, Jul 15 ); MCQ, 30 questions, first hour of class, classes held
after. The range of the exams will be updated as we go along if we cover more/less material.
P 35% Final Exam (Cumulative, July 29); MCQ, 60 questions, held in final class.

Exams will be administered synchronously, during the time stipulated for classes; midterms in the first hour,
class held after, and the final exam in the final class.

Tips for success:
1) Attend classes and do the assignments. You will need to keep up with the material week by week.
2) Set up online study groups, for example by using the discussion forum. This will help you stay connected.
For your problem sets, you will work in groups of 2-4 students, and therefore, only one submission per group is
required. However, please make sure every group member’s name is listed on the submission, and that each
group member has a copy of the file. To find your group, go to the “People” tab on the left side of the course
page, then at the top, click the “Groups” tab and then search for your name to find your group. You can reach
out to your group members by posting an Announcement or Discussion post in your group (you can also reach
out through Campuswire or GroupMe). Please do this before emailing me about unresponsive group members.
If you would like to switch groups, you may do so, but groups are limited to 4 students. Do not select the
“+Group” option. If you want to form a completely new group, look for a group that has 0 members and
“Join”; they’re usually at the end.  If you would like to be in a group by yourself, join a group with zero people
labelled “solo group”; also, at the end. After the first week, the option to switch groups will be disabled and I
will combine groups with 1 or 2 people; after the first assignment is submitted, you’ll be allowed to switch again
for another week.
3) Do not be afraid to reach out for more help if you need it. Please refer to Where To Direct Questions
below. In addition, let me know if you are unable to keep up with the material and weekly quizzes due to health
issues, IT problems, or whatever it may be.
4) Start the assignment early. To do well, it’s important that you start early and give yourself plenty of time.

Email Policy : For course-related questions, you are strongly encouraged to attend the TA sections, use the
CampusWire or office hours. For personal matters, please ensure that you include “Econ 1” in the subject line
of emails; I routinely delete suspicious emails without opening.  If you don’t get a response within 48 hours,
please follow-up.

Where to Direct Questions:
Types of Questions
Contact
Administrative (course enrollment, advice)
ug-counselor@econ.ucla.edu
Administrative (switching sections, CCLE)
Ed McDevitt (mcdevitt@econ.ucla.edu)
Problem Sets/Course Material
Campuswire/Discussion section/Office hour
Writing
Writing Center (https://uwc.ucla.edu)

Academic Dishonesty: Any case of academic dishonesty will be reported to the Office of the Dean of
Students. For more details please refer to the Office of the Dean of Students website at
http://www.studentgroups.ucla.edu/dos/

Course Enforced Policies
P As of 2024, ECON 1 is designated as an impacted course. Undergraduate students cannot drop
an impacted course after Friday of the second week of a term for other than
exceptionally extenuating circumstances. Classes dropped after second week carry a
transcript notation of the week the class was dropped. Impacted courses are indicated in
MyUCLA You need to bring a valid form of picture ID on scheduled days of exams. You will not be
allowed to take the exam without one. If the semester proceeds virtually, we will discuss exam taking.
P There are no make-up exams for midterms. Exam dates are indicated in the syllabus. Therefore, if
you cannot take an exam on the specified date, you are advised to take the course in a different
section. (See new Exam Attendance policy below)
P You need to bring a valid form of picture ID on scheduled days of exams. You will not be allowed to
take the exam without one. If the semester proceeds virtually, we will discuss exam taking.
P The use of electronic devices such as cellphones, tablets, and devices that allow you to communicate
with others, is strictly banned. You will be reported for cheating if caught using them during exams.
Therefore, please turn off all your electronic devices during exams.
P There are no extra credit assignments available.
P Scientific/graphing calculators are allowed and recommended during exams.
P All grades are final when filed by the instructor on the Final Grade Report.

Exam Attendance Requirements
All students are expected to attend exams at the scheduled date and time. Exams are an essential component
of course assessment, and attendance is mandatory.
Only the specific exceptions listed here will be considered. If you believe one applies to you, you must email
the course instructor and copy the Undergraduate Vice Chair as soon as possible. Because these
exceptions are narrow and well-defined, your email should be concise and provide the relevant
documentation described in the link.

Disabled Students and the Center for Accessible Education (CAE): Any student with a pre-existing
illness or condition who requests special arrangements must (a) qualify under CAE rules for such special
arrangements and
(b) must take the exam with CAE. Any such arrangements with CAE must be made the first week of classes.
The instructor must be informed of any such arrangement in the first week of classes. For additional information
and the qualification conditions of the Center for Accessible Education, please visit their website at
http://www.cae.ucla.edu/. All other students must take the exam at the scheduled time under the same time
constraints. It is the responsibility of all students who request special arrangements with CAE to be familiar with
all of their rules as well as the rules of this class.

Resources for Students Dealing with Financial Stress
-
Bruin Shelter: http://www.bruinshelter.org/ Provides a safe, supportive environment for fellow
college students experiencing homelessness by fostering a collaborative effort between universities,
community-based organizations, and service providers.
-
The CPO Food Shelter: http://www.cpo.ucla.edu/cpo/foodcloset/ Provides free food for any
UCLA student who may be experiencing hunger and/or struggling to attain food due to financial
hardships.

Library Resources
The library offers equipment rental ranging from laptops and iPads to expo markers. There are also various
research guides with possible funding opportunities, databases, journals and other helpful information. If you
are unsure, you may visit the library or book a session with Maggie Tarmey

Tentative Course Schedule
Week
Lecture Topics

Chapters
1 (June 22)
Ten Principles of Economics, Thinking Like an
Economist

1, 2
     (June 24)
Interdependence and the Gains from Trade, Supply
and Demand

3, 4
 2 (June 29)
Elasticity and Its Applications

5
    (July 1)

Midterm Exam 1
Supply, Demand and Government Policies

6
3 (July 6)
Consumers, Producers and the Efficiency of Markets

7
   (July 8)
Application: Cost of Taxes, International Trade +
Externalities

8, 9, 10

4 (July 13)

   (July 15)
Public Sector + Taxation

Midterm Exam 2
Costs of Production

11,12,13

14
5 (July 20)

   (July 22)

Firms in a Competitive Market

Monopoly + Monopolistic Competitio

[Assistant] {"document_id": "03230f8b07037d4e4b893ecd845caeda02140576ab9ac5e04ddad934ae6492c2", "source_url": "https://economics.ucla.edu/wp-content/uploads/2026/03/ECON-1-Summer-2026-Syllabus_Session-A.pdf", "course_codes": [], "instructors": ["Instructor: \nKimberly Boswell"], "emails": ["ksboswell@econ.ucla.edu", "bruinoneaccess@asucla.ucla.edu", "inclusiveaccess@asucla.ucla.edu", "ug-counselor@econ.ucla.edu", "mcdevitt@econ.ucla.edu"], "section_names": ["Textbook", "Course Schedule", "assignments", "grading", "Office Hours"], "assignments": ["Exam Attendance Requirements", "Midterm Exam 1", "Midterm Exam 2", "Final Exam"], "readings": ["Textbook: Principle of Microeconomics (10e) by Mankiw (through Mindtap; use the \u201cMindTap Registration", "readings to Bruin Learn which will supplement the information in the text."], "grading_weights": ["3%", "15%", "25%", "35%"], "due_dates": [], "course_dates": ["July 1", "Jul 15", "July 29", "June 22", "June 24", "June 29", "July 6", "Markets \n \n7", "July 8", "July 13", "July 15", "July 20", "July 22", "July 27"], "concepts": [], "study_plan": [{"section_heading": "", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": ["Instructor: \nKimberly Boswell"], "emails": []}, {"section_heading": "Office Hours", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": ["ksboswell@econ.ucla.edu"]}, {"section_heading": "Textbook", "course_codes": [], "readings": ["Textbook: Principle of Microeconomics (10e) by Mankiw (through Mindtap; use the \u201cMindTap Registration", "readings to Bruin Learn which will supplement the information in the text."], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": ["bruinoneaccess@asucla.ucla.edu", "inclusiveaccess@asucla.ucla.edu"]}, {"section_heading": "grading", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "Course Schedule", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": ["3%", "15%"], "instructors": [], "emails": []}, {"section_heading": "Assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": ["July 1", "Jul 15", "July 29"], "concepts": [], "grading_weights": ["25%", "35%"], "instructors": [], "emails": []}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "office hours", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": ["ug-counselor@econ.ucla.edu", "mcdevitt@econ.ucla.edu"]}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": ["Exam Attendance Requirements"], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "Course Schedule", "course_codes": [], "readings": [], "assignments": ["Midterm Exam 1", "Midterm Exam 2", "Final Exam"], "due_dates": [], "course_dates": ["June 22", "June 24", "June 29", "July 1", "July 6", "Markets \n \n7", "July 8", "July 13", "July 15", "July 20", "July 22", "July 27", "July 29"], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}], "text_field": "text", "entities": [{"label": "EMAIL", "text": "ksboswell@econ.ucla.edu", "start": 210, "end": 233, "source": "regex"}, {"label": "READING", "text": "Textbook: Principle of Microeconomics (10e) by Mankiw (through Mindtap; use the \u201cMindTap Registration", "start": 797, "end": 898, "source": "regex"}, {"label": "READING", "text": "readings to Bruin Learn which will supplement the information in the text.", "start": 1014, "end": 1088, "source": "regex"}, {"label": "EMAIL", "text": "bruinoneaccess@asucla.ucla.edu", "start": 2636, "end": 2666, "source": "regex"}, {"label": "EMAIL", "text": "inclusiveaccess@asucla.ucla.edu", "start": 2688, "end": 2719, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "3%", "start": 3696, "end": 3698, "source": "regex"}, {"label": "PERCENT", "text": "30%", "start": 3975, "end": 3978, "source": "regex"}, {"label": "PERCENT", "text": "35%", "start": 3983, "end": 3986, "source": "regex"}, {"label": "PERCENT", "text": "20%", "start": 3991, "end": 3994, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "15%", "start": 4002, "end": 4005, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "15%", "start": 4054, "end": 4057, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "25%", "start": 4121, "end": 4124, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 1", "start": 4157, "end": 4163, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "25%", "start": 4317, "end": 4320, "source": "regex"}, {"label": "COURSE_DATE", "text": "Jul 15", "start": 4355, "end": 4361, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "35%", "start": 4516, "end": 4519, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 29", "start": 4544, "end": 4551, "source": "regex"}, {"label": "EMAIL", "text": "ug-counselor@econ.ucla.edu", "start": 7073, "end": 7099, "source": "regex"}, {"label": "EMAIL", "text": "mcdevitt@econ.ucla.edu", "start": 7157, "end": 7179, "source": "regex"}, {"label": "ASSIGNMENT", "text": "Exam Attendance Requirements", "start": 9046, "end": 9074, "source": "regex"}, {"label": "COURSE_DATE", "text": "June 22", "start": 11335, "end": 11342, "source": "regex"}, {"label": "COURSE_DATE", "text": "June 24", "start": 11418, "end": 11425, "source": "regex"}, {"label": "COURSE_DATE", "text": "June 29", "start": 11502, "end": 11509, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 1", "start": 11555, "end": 11561, "source": "regex"}, {"label": "ASSIGNMENT", "text": "Midterm Exam 1", "start": 11566, "end": 11580, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 6", "start": 11630, "end": 11636, "source": "regex"}, {"label": "COURSE_DATE", "text": "Markets \n \n7", "start": 11682, "end": 11694, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 8", "start": 11700, "end": 11706, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 13", "start": 11792, "end": 11799, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 15", "start": 11808, "end": 11815, "source": "regex"}, {"label": "ASSIGNMENT", "text": "Midterm Exam 2", "start": 11846, "end": 11860, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 20", "start": 11905, "end": 11912, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 22", "start": 11921, "end": 11928, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 27", "start": 12024, "end": 12031, "source": "regex"}, {"label": "COURSE_DATE", "text": "July 29", "start": 12040, "end": 12047, "source": "regex"}, {"label": "ASSIGNMENT", "text": "Final Exam", "start": 12063, "end": 12073, "source": "regex"}, {"label": "INSTRUCTOR", "text": "Instructor: \nKimberly Boswell", "start": 62, "end": 92, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Office Hours", "start": 93, "end": 105, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Textbook", "start": 797, "end": 805, "source": "heuristic_ner"}, {"label": "SECTION", "text": "grading", "start": 2851, "end": 2858, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Course Schedule", "start": 2917, "end": 2932, "source": "heuristic_ner"}, {"label": "SECTION", "text": "assignments", "start": 3525, "end": 3536, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Assignments", "start": 4064, "end": 4075, "source": "heuristic_ner"}, {"label": "SECTION", "text": "assignments", "start": 4819, "end": 4830, "source": "heuristic_ner"}, {"label": "SECTION", "text": "office hours", "start": 6739, "end": 6751, "source": "heuristic_ner"}, {"label": "SECTION", "text": "assignments", "start": 8861, "end": 8872, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Course Schedule", "start": 11281, "end": 11296, "source": "heuristic_ner"}]}


[System] You extract structured syllabus data from university course documents. Return valid JSON only, matching the requested schema exactly.

[User]
Extract structured syllabus information from the following document.
Return JSON with keys: document_id, source_url, course_codes, instructors, emails, section_names, assignments, readings, grading_weights, due_dates, course_dates, concepts, study_plan, text_field, entities.
The study_plan value must be a JSON array of objects, one per syllabus section region, each with section_heading (string) and the same list-of-strings fields as the top level (course_codes, readings, assignments, due_dates, course_dates, concepts, grading_weights, instructors, emails), grouping items that fall under that section.

Document text:
<!doctype html>

  <meta charset="utf-8">

    <link href="/static_shared/css/course_v2.1a915.css" rel="stylesheet">

    <link href="/static_shared/css/common.1a915.css" rel="stylesheet">

  <meta name="viewport" content="width=device-width, initial-scale=1, viewport-fit=cover">
  <meta name="description" content="This section includes information about the course topics, readings, assignments, and grading.">
  <meta name="keywords" content="opencourseware,MIT OCW,courseware,MIT opencourseware,Free Courses,class notes,class syllabus,class materials,tutorials,online courses,MIT courses">

  <meta property="og:site_name" content="MIT OpenCourseWare">
  <meta property="og:type" content="website" />
  <meta property="og:url" content="https://ocw.mit.edu/courses/8-01sc-classical-mechanics-fall-2016/pages/syllabus/" />
  <meta property="og:title" content="Syllabus | Classical Mechanics | Physics | MIT OpenCourseWare" />
  <meta property="og:description" content="This section includes information about the course topics, readings, assignments, and grading." />

<meta property="og:image" content="https://ocw.mit.edu/courses/8-01sc-classical-mechanics-fall-2016/424dd4989c1235387a32fbb5a17b80c1_8-01scf16.jpg" />
<meta property="og:image:alt" content="Classical Mechanics" />
<meta name="twitter:card" content="summary_large_image" />
<meta name="twitter:site" content="@mitocw" />
<meta name="twitter:image:src" content="https://ocw.mit.edu/courses/8-01sc-classical-mechanics-fall-2016/424dd4989c1235387a32fbb5a17b80c1_8-01scf16.jpg" />

  <link rel="canonical" href="https://ocw.mit.edu/courses/8-01sc-classical-mechanics-fall-2016/pages/syllabus/" />
  <link rel="alternate" hreflang="en" href="https://ocw.mit.edu/courses/8-01sc-classical-mechanics-fall-2016/pages/syllabus/" />
  <link rel="alternate" hreflang="x-default" href="https://ocw.mit.edu/courses/8-01sc-classical-mechanics-fall-2016/pages/syllabus/" />

  <title>Syllabus | Classical Mechanics | Physics | MIT OpenCourseWare</title>

    Browse Course Material
    <button
      class="btn"
      type="button"
      aria-label="Close Course Menu"
      onclick="$('#mobile-course-nav-toggle').click();"
      id="close-mobile-course-menu-button"
      >

    </button>

          Syllabus

    <button
      class="course-nav-section-toggle"
      type="button"
      id="nav-button_mobile_8488bde4-6909-b726-a411-abeee039ef1a"
      data-toggle="collapse"
      data-target="#nav-container_mobile_8488bde4-6909-b726-a411-abeee039ef1a"
      data-uuid="8488bde4-6909-b726-a411-abeee039ef1a"
      aria-controls="nav-container_mobile_8488bde4-6909-b726-a411-abeee039ef1a"
      aria-expanded="false"
      aria-label="Subsections for Syllabus"
    >

    </button>

          About the Team

          Online Textbook

          Readings

          Assignments

          Review: Vectors

    <button
      class="course-nav-section-toggle"
      type="button"
      id="nav-button_mobile_f8da8d9b-f6a4-78e6-808b-aa7e6aa62306"
      data-toggle="collapse"
      data-target="#nav-container_mobile_f8da8d9b-f6a4-78e6-808b-aa7e6aa62306"
      data-uuid="f8da8d9b-f6a4-78e6-808b-aa7e6aa62306"
      aria-controls="nav-container_mobile_f8da8d9b-f6a4-78e6-808b-aa7e6aa62306"
      aria-expanded="false"
      aria-label="Subsections for Review: Vectors"
    >

    </button>

          Lesson 0: Vectors [0.1 - 0.6]

<l

[Assistant]
{"document_id": "c18a048239b351264a61cbd7c3da3a563c6e3f0c5438c24af41faee9cfb042f2", "source_url": "https://ocw.mit.edu/courses/8-01sc-classical-mechanics-fall-2016/pages/syllabus/", "course_codes": ["NMQZ25T"], "instructors": [], "emails": [], "section_names": ["textbook", "Textbooks", "assignments", "grading"], "assignments": ["Final Exam"], "readings": ["Readings"], "grading_weights": ["45%", "25%", "20%"], "due_dates": [], "course_dates": [], "concepts": ["1-kinematics/\" >", "1-kinematics/week-1-introduction/\" >", "1-kinematics/1-1-coordinate-systems-and-unit-vectors-in-1d-position-vector-in-1d/\" >", "1-kinematics/2-1-introduction-to-acceleration/\" >", "1-kinematics/3-1-coordinate-system-and-position-vector-in-2d/\" >", "1-kinematics/ps.1.1-three-questions-before-starting/\" >", "1-kinematics/problem-set-1/\" >", "2-newtons-laws/\" >", "2-newtons-laws/week-2-introduction/\" >", "2-newtons-laws/4-1-newtons-first-and-second-laws/\" >", "2-newtons-laws/5-1-universal-law-of-gravitation/\" >", "2-newtons-laws/6-1-contact-forces/\" >", "2-newtons-laws/7-1-pushing-pulling-and-tension/\" >", "2-newtons-laws/dd-1-1-friction-at-the-nanoscale/\" >", "2-newtons-laws/ps-2-1-worked-example-sliding-block/\" >", "2-newtons-laws/problem-set-2/\" >", "3-circular-motion/\" >", "3-circular-motion/week-3-introduction/\" >", "3-circular-motion/8-1-polar-coordinates/\" >", "3-circular-motion/9-1-uniform-circular-motion/\" >", "3-circular-motion/10-1-circular-motion-2013-acceleration/\" >", "3-circular-motion/11-1-newtons-2nd-law-and-circular-motion/\" >", "3-circular-motion/ps-3-1-worked-example-orbital-circular-motion/\" >", "3-circular-motion/problem-set-3/\" >", "4-drag-forces-constraints-and-continuous-systems/\" >", "4-drag-forces-constraints-and-continuous-systems/week-4-introduction/\" >", "4-drag-forces-constraints-and-continuous-systems/12-1-pulley-problems-part-i-set-up-the-equations/\" >", "4-drag-forces-constraints-and-continuous-systems/13-1-rope-hanging-between-trees/\" >", "4-drag-forces-constraints-and-continuous-systems/14-1-intro-to-resistive-forces/\" >", "4-drag-forces-constraints-and-continuous-systems/problem-set-4/\" >", "5-momentum-and-impulse/\" >", "5-momentum-and-impulse/week-5-introduction/\" >", "5-momentum-and-impulse/15-1-momentum-and-impulse/\" >", "5-momentum-and-impulse/16-1-conservation-of-momentum/\" >", "5-momentum-and-impulse/17-1-definition-of-the-center-of-mass/\" >", "5-momentum-and-impulse/problem-set-5/\" >", "6-continuous-mass-transfer/\" >", "6-continuous-mass-transfer/week-6-introduction/\" >", "6-continuous-mass-transfer/18-1-relative-velocity/\" >", "6-continuous-mass-transfer/19-1-rocket-problem-1-set-up-the-problem/\" >", "6-continuous-mass-transfer/ps-6-1-rocket-sled-problem/\" >", "6-continuous-mass-transfer/problem-set-6/\" >", "7-kinetic-energy-and-work/\" >", "7-kinetic-energy-and-work/week-7-introduction/\" >", "7-kinetic-energy-and-work/20-1-kinetic-energy/\" >", "7-kinetic-energy-and-work/21-1-scalar-product-properties/\" >", "7-kinetic-energy-and-work/22-1-path-independence-gravity/\" >", "7-kinetic-energy-and-work/ps-7-1-worked-example-collision-and-sliding-on-a-rough-surface/\" >", "7-kinetic-energy-and-work/problem-set-7/\" >", "8-potential-energy-and-energy-conservation/\" >", "8-potential-energy-and-energy-conservation/week-8-introduction/\" >", "8-potential-energy-and-energy-conservation/23-1-introduction-to-potential-energy/\" >", "8-potential-energy-and-energy-conservation/24-1-mechanical-energy-and-energy-conservation/\" >", "8-potential-energy-and-energy-conservation/25-1-force-is-the-derivative-of-potential/\" >", "8-potential-energy-and-energy-conservation/problem-set-8/\" >", "9-collision-theory/\" >", "9-collision-theory/week-9-introduction/\" >", "9-collision-theory/26-1-momentum-in-collisions/\" >", "9-collision-theory/27-1-worked-example-elastic-1d-collision/\" >", "9-collision-theory/dd-2-1-position-in-the-cm-frame/\" >", "9-collision-theory/problem-set-9/\" >", "10-rotational-motion/\" >", "10-rotational-motion/week-10-introduction/\" >", "10-rotational-motion/28-1-rigid-bodies/\" >", "10-rotational-motion/29-1-kinetic-energy-of-rotation/\" >", "10-rotational-motion/30-1-introduction-to-torque-and-rotational-dynamics/\" >", "10-rotational-motion/31-1-relationship-between-torque-and-angular-acceleration/\" >", "10-rotational-motion/ps-10-1-blocks-and-massive-pulley/\" >", "10-rotational-motion/problem-set-10/\" >", "11-angular-momentum/\" >", "11-angular-momentum/week-11-introduction/\" >", "11-angular-momentum/32-1-angular-momentum-for-a-point-particle/\" >", "11-angular-momentum/33-1-worked-example-angular-momentum-of-2-rotating-point-particles/\" >", "11-angular-momentum/34-1-torque-causes-angular-momentum-to-change-point-particle/\" >", "11-angular-momentum/problem-set-11/\" >", "12-rotations-and-translation-rolling/\" >", "12-rotations-and-translation-rolling/week-12-introduction/\" >", "12-rotations-and-translation-rolling/35-1-translation-and-rotation-of-a-wheel/\" >", "12-rotations-and-translation-rolling/36-1-friction-on-a-rolling-wheel/\" >", "12-rotations-and-translation-rolling/37-1-kinetic-energy-of-translation-and-rotation/\" >", "12-rotations-and-translation-rolling/dd-3-1-gyroscopes-1-free-body-diagrams-torque-and-rotating-vectors/\" >", "12-rotations-and-translation-rolling/problem-set-12/\" >", "toggle border-0 bg-transparent pl-0\"", "text-wrapper\">", "covered\">Topics Covered
", "1-kinematics/\">Week 1: Kinematics
", "2-newtons-laws/\">Week 2: Newton’s Laws Circular Motion
", "3-circular-motion/\">Week 3: Circular Motion Momentum and Impulse
", "4-drag-forces-constraints-and-continuous-systems/\">Week 4: Drag Forces, Constraints and Continuous Systems Work and Mech", "5-momentum-and-impulse/\">Week 5: Momentum and Impulse Collision Theory
", "6-continuous-mass-transfer/\">Week 6: Continuous Mass Transfer Torque
", "7-kinetic-energy-and-work/\">Week 7: Kinetic Energy and Work
", "8-potential-energy-and-energy-conservation/\">Week 8: Potential Energy and Energy Conservation
", "9-collision-theory/\">Week 9: Collision Theory
", "10-rotational-motion/\">Week 10: Rotational Motion
", "11-angular-momentum/\">Week 11: Angular Momentum
", "12-rotations-and-translation-rolling/\">Week 12: Rotations and Translation - Rolling
"], "study_plan": [{"section_heading": "", "course_codes": ["NMQZ25T"], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "grading", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "grading", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "grading", "course_codes": ["NMQZ25T"], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "textbook", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "Textbook", "course_codes": [], "readings": ["Readings"], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "Assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": ["1-kinematics/\" >", "1-kinematics/week-1-introduction/\" >", "1-kinematics/1-1-coordinate-systems-and-unit-vectors-in-1d-position-vector-in-1d/\" >", "1-kinematics/2-1-introduction-to-acceleration/\" >", "1-kinematics/3-1-coordinate-system-and-position-vector-in-2d/\" >", "1-kinematics/ps.1.1-three-questions-before-starting/\" >", "1-kinematics/problem-set-1/\" >", "2-newtons-laws/\" >", "2-newtons-laws/week-2-introduction/\" >", "2-newtons-laws/4-1-newtons-first-and-second-laws/\" >", "2-newtons-laws/5-1-universal-law-of-gravitation/\" >", "2-newtons-laws/6-1-contact-forces/\" >", "2-newtons-laws/7-1-pushing-pulling-and-tension/\" >", "2-newtons-laws/dd-1-1-friction-at-the-nanoscale/\" >", "2-newtons-laws/ps-2-1-worked-example-sliding-block/\" >", "2-newtons-laws/problem-set-2/\" >", "3-circular-motion/\" >", "3-circular-motion/week-3-introduction/\" >", "3-circular-motion/8-1-polar-coordinates/\" >", "3-circular-motion/9-1-uniform-circular-motion/\" >", "3-circular-motion/10-1-circular-motion-2013-acceleration/\" >", "3-circular-motion/11-1-newtons-2nd-law-and-circular-motion/\" >", "3-circular-motion/ps-3-1-worked-example-orbital-circular-motion/\" >", "3-circular-motion/problem-set-3/\" >", "4-drag-forces-constraints-and-continuous-systems/\" >", "4-drag-forces-constraints-and-continuous-systems/week-4-introduction/\" >", "4-drag-forces-constraints-and-continuous-systems/12-1-pulley-problems-part-i-set-up-the-equations/\" >", "4-drag-forces-constraints-and-continuous-systems/13-1-rope-hanging-between-trees/\" >", "4-drag-forces-constraints-and-continuous-systems/14-1-intro-to-resistive-forces/\" >", "4-drag-forces-constraints-and-continuous-systems/problem-set-4/\" >", "5-momentum-and-impulse/\" >", "5-momentum-and-impulse/week-5-introduction/\" >", "5-momentum-and-impulse/15-1-momentum-and-impulse/\" >", "5-momentum-and-impulse/16-1-conservation-of-momentum/\" >", "5-momentum-and-impulse/17-1-definition-of-the-center-of-mass/\" >", "5-momentum-and-impulse/problem-set-5/\" >", "6-continuous-mass-transfer/\" >", "6-continuous-mass-transfer/week-6-introduction/\" >", "6-continuous-mass-transfer/18-1-relative-velocity/\" >", "6-continuous-mass-transfer/19-1-rocket-problem-1-set-up-the-problem/\" >", "6-continuous-mass-transfer/ps-6-1-rocket-sled-problem/\" >", "6-continuous-mass-transfer/problem-set-6/\" >", "7-kinetic-energy-and-work/\" >", "7-kinetic-energy-and-work/week-7-introduction/\" >", "7-kinetic-energy-and-work/20-1-kinetic-energy/\" >", "7-kinetic-energy-and-work/21-1-scalar-product-properties/\" >", "7-kinetic-energy-and-work/22-1-path-independence-gravity/\" >", "7-kinetic-energy-and-work/ps-7-1-worked-example-collision-and-sliding-on-a-rough-surface/\" >", "7-kinetic-energy-and-work/problem-set-7/\" >", "8-potential-energy-and-energy-conservation/\" >", "8-potential-energy-and-energy-conservation/week-8-introduction/\" >", "8-potential-energy-and-energy-conservation/23-1-introduction-to-potential-energy/\" >", "8-potential-energy-and-energy-conservation/24-1-mechanical-energy-and-energy-conservation/\" >", "8-potential-energy-and-energy-conservation/25-1-force-is-the-derivative-of-potential/\" >", "8-potential-energy-and-energy-conservation/problem-set-8/\" >", "9-collision-theory/\" >", "9-collision-theory/week-9-introduction/\" >", "9-collision-theory/26-1-momentum-in-collisions/\" >", "9-collision-theory/27-1-worked-example-elastic-1d-collision/\" >", "9-collision-theory/dd-2-1-position-in-the-cm-frame/\" >", "9-collision-theory/problem-set-9/\" >", "10-rotational-motion/\" >", "10-rotational-motion/week-10-introduction/\" >", "10-rotational-motion/28-1-rigid-bodies/\" >", "10-rotational-motion/29-1-kinetic-energy-of-rotation/\" >", "10-rotational-motion/30-1-introduction-to-torque-and-rotational-dynamics/\" >", "10-rotational-motion/31-1-relationship-between-torque-and-angular-acceleration/\" >", "10-rotational-motion/ps-10-1-blocks-and-massive-pulley/\" >", "10-rotational-motion/problem-set-10/\" >", "11-angular-momentum/\" >", "11-angular-momentum/week-11-introduction/\" >", "11-angular-momentum/32-1-angular-momentum-for-a-point-particle/\" >", "11-angular-momentum/33-1-worked-example-angular-momentum-of-2-rotating-point-particles/\" >", "11-angular-momentum/34-1-torque-causes-angular-momentum-to-change-point-particle/\" >", "11-angular-momentum/problem-set-11/\" >", "12-rotations-and-translation-rolling/\" >", "12-rotations-and-translation-rolling/week-12-introduction/\" >", "12-rotations-and-translation-rolling/35-1-translation-and-rotation-of-a-wheel/\" >", "12-rotations-and-translation-rolling/36-1-friction-on-a-rolling-wheel/\" >", "12-rotations-and-translation-rolling/37-1-kinetic-energy-of-translation-and-rotation/\" >", "12-rotations-and-translation-rolling/dd-3-1-gyroscopes-1-free-body-diagrams-torque-and-rotating-vectors/\" >", "12-rotations-and-translation-rolling/problem-set-12/\" >", "toggle border-0 bg-transparent pl-0\"", "text-wrapper\">"], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "Textbooks", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "textbook", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "Textbook", "course_codes": [], "readings": ["Readings"], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "Assignments", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": ["1-kinematics/\" >", "1-kinematics/week-1-introduction/\" >", "1-kinematics/1-1-coordinate-systems-and-unit-vectors-in-1d-position-vector-in-1d/\" >", "1-kinematics/2-1-introduction-to-acceleration/\" >", "1-kinematics/3-1-coordinate-system-and-position-vector-in-2d/\" >", "1-kinematics/ps.1.1-three-questions-before-starting/\" >", "1-kinematics/problem-set-1/\" >", "2-newtons-laws/\" >", "2-newtons-laws/week-2-introduction/\" >", "2-newtons-laws/4-1-newtons-first-and-second-laws/\" >", "2-newtons-laws/5-1-universal-law-of-gravitation/\" >", "2-newtons-laws/6-1-contact-forces/\" >", "2-newtons-laws/7-1-pushing-pulling-and-tension/\" >", "2-newtons-laws/dd-1-1-friction-at-the-nanoscale/\" >", "2-newtons-laws/ps-2-1-worked-example-sliding-block/\" >", "2-newtons-laws/problem-set-2/\" >", "3-circular-motion/\" >", "3-circular-motion/week-3-introduction/\" >", "3-circular-motion/8-1-polar-coordinates/\" >", "3-circular-motion/9-1-uniform-circular-motion/\" >", "3-circular-motion/10-1-circular-motion-2013-acceleration/\" >", "3-circular-motion/11-1-newtons-2nd-law-and-circular-motion/\" >", "3-circular-motion/ps-3-1-worked-example-orbital-circular-motion/\" >", "3-circular-motion/problem-set-3/\" >", "4-drag-forces-constraints-and-continuous-systems/\" >", "4-drag-forces-constraints-and-continuous-systems/week-4-introduction/\" >", "4-drag-forces-constraints-and-continuous-systems/12-1-pulley-problems-part-i-set-up-the-equations/\" >", "4-drag-forces-constraints-and-continuous-systems/13-1-rope-hanging-between-trees/\" >", "4-drag-forces-constraints-and-continuous-systems/14-1-intro-to-resistive-forces/\" >", "4-drag-forces-constraints-and-continuous-systems/problem-set-4/\" >", "5-momentum-and-impulse/\" >", "5-momentum-and-impulse/week-5-introduction/\" >", "5-momentum-and-impulse/15-1-momentum-and-impulse/\" >", "5-momentum-and-impulse/16-1-conservation-of-momentum/\" >", "5-momentum-and-impulse/17-1-definition-of-the-center-of-mass/\" >", "5-momentum-and-impulse/problem-set-5/\" >", "6-continuous-mass-transfer/\" >", "6-continuous-mass-transfer/week-6-introduction/\" >", "6-continuous-mass-transfer/18-1-relative-velocity/\" >", "6-continuous-mass-transfer/19-1-rocket-problem-1-set-up-the-problem/\" >", "6-continuous-mass-transfer/ps-6-1-rocket-sled-problem/\" >", "6-continuous-mass-transfer/problem-set-6/\" >", "7-kinetic-energy-and-work/\" >", "7-kinetic-energy-and-work/week-7-introduction/\" >", "7-kinetic-energy-and-work/20-1-kinetic-energy/\" >", "7-kinetic-energy-and-work/21-1-scalar-product-properties/\" >", "7-kinetic-energy-and-work/22-1-path-independence-gravity/\" >", "7-kinetic-energy-and-work/ps-7-1-worked-example-collision-and-sliding-on-a-rough-surface/\" >", "7-kinetic-energy-and-work/problem-set-7/\" >", "8-potential-energy-and-energy-conservation/\" >", "8-potential-energy-and-energy-conservation/week-8-introduction/\" >", "8-potential-energy-and-energy-conservation/23-1-introduction-to-potential-energy/\" >", "8-potential-energy-and-energy-conservation/24-1-mechanical-energy-and-energy-conservation/\" >", "8-potential-energy-and-energy-conservation/25-1-force-is-the-derivative-of-potential/\" >", "8-potential-energy-and-energy-conservation/problem-set-8/\" >", "9-collision-theory/\" >", "9-collision-theory/week-9-introduction/\" >", "9-collision-theory/26-1-momentum-in-collisions/\" >", "9-collision-theory/27-1-worked-example-elastic-1d-collision/\" >", "9-collision-theory/dd-2-1-position-in-the-cm-frame/\" >", "9-collision-theory/problem-set-9/\" >", "10-rotational-motion/\" >", "10-rotational-motion/week-10-introduction/\" >", "10-rotational-motion/28-1-rigid-bodies/\" >", "10-rotational-motion/29-1-kinetic-energy-of-rotation/\" >", "10-rotational-motion/30-1-introduction-to-torque-and-rotational-dynamics/\" >", "10-rotational-motion/31-1-relationship-between-torque-and-angular-acceleration/\" >", "10-rotational-motion/ps-10-1-blocks-and-massive-pulley/\" >", "10-rotational-motion/problem-set-10/\" >", "11-angular-momentum/\" >", "11-angular-momentum/week-11-introduction/\" >", "11-angular-momentum/32-1-angular-momentum-for-a-point-particle/\" >", "11-angular-momentum/33-1-worked-example-angular-momentum-of-2-rotating-point-particles/\" >", "11-angular-momentum/34-1-torque-causes-angular-momentum-to-change-point-particle/\" >", "11-angular-momentum/problem-set-11/\" >", "12-rotations-and-translation-rolling/\" >", "12-rotations-and-translation-rolling/week-12-introduction/\" >", "12-rotations-and-translation-rolling/35-1-translation-and-rotation-of-a-wheel/\" >", "12-rotations-and-translation-rolling/36-1-friction-on-a-rolling-wheel/\" >", "12-rotations-and-translation-rolling/37-1-kinetic-energy-of-translation-and-rotation/\" >", "12-rotations-and-translation-rolling/dd-3-1-gyroscopes-1-free-body-diagrams-torque-and-rotating-vectors/\" >", "12-rotations-and-translation-rolling/problem-set-12/\" >"], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "textbook", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "Textbook", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "textbook", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}, {"section_heading": "textbook", "course_codes": [], "readings": [], "assignments": ["Final Exam"], "due_dates": [], "course_dates": [], "concepts": ["covered\">Topics Covered
", "1-kinematics/\">Week 1: Kinematics
", "2-newtons-laws/\">Week 2: Newton’s Laws Circular Motion
", "3-circular-motion/\">Week 3: Circular Motion Momentum and Impulse
", "4-drag-forces-constraints-and-continuous-systems/\">Week 4: Drag Forces, Constraints and Continuous Systems Work and Mech", "5-momentum-and-impulse/\">Week 5: Momentum and Impulse Collision Theory
", "6-continuous-mass-transfer/\">Week 6: Continuous Mass Transfer Torque
", "7-kinetic-energy-and-work/\">Week 7: Kinetic Energy and Work
", "8-potential-energy-and-energy-conservation/\">Week 8: Potential Energy and Energy Conservation
", "9-collision-theory/\">Week 9: Collision Theory
", "10-rotational-motion/\">Week 10: Rotational Motion
", "11-angular-momentum/\">Week 11: Angular Momentum
", "12-rotations-and-translation-rolling/\">Week 12: Rotations and Translation - Rolling
", "toggle border-0 bg-transparent pl-0\"", "text-wrapper\">"], "grading_weights": ["45%", "25%", "20%"], "instructors": [], "emails": []}, {"section_heading": "Textbooks", "course_codes": [], "readings": [], "assignments": [], "due_dates": [], "course_dates": [], "concepts": [], "grading_weights": [], "instructors": [], "emails": []}], "text_field": "text", "entities": [{"label": "COURSE", "text": "NMQZ25T", "start": 432, "end": 439, "source": "regex"}, {"label": "COURSE", "text": "NMQZ25T", "start": 4918, "end": 4925, "source": "regex"}, {"label": "READING", "text": "Readings", "start": 8875, "end": 8883, "source": "regex"}, {"label": "READING", "text": "Readings", "start": 96408, "end": 96416, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "45%", "start": 178916, "end": 178919, "source": "regex"}, {"label": "ASSIGNMENT", "text": "Final Exam", "start": 178943, "end": 178953, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "25%", "start": 178966, "end": 178969, "source": "regex"}, {"label": "PERCENT", "text": "10%", "start": 179018, "end": 179021, "source": "regex"}, {"label": "GRADING_WEIGHT", "text": "20%", "start": 179077, "end": 179080, "source": "regex"}, {"label": "SECTION", "text": "assignments", "start": 831, "end": 842, "source": "heuristic_ner"}, {"label": "SECTION", "text": "grading", "start": 848, "end": 855, "source": "heuristic_ner"}, {"label": "SECTION", "text": "assignments", "start": 1488, "end": 1499, "source": "heuristic_ner"}, {"label": "SECTION", "text": "grading", "start": 1505, "end": 1512, "source": "heuristic_ner"}, {"label": "SECTION", "text": "assignments", "start": 2778, "end": 2789, "source": "heuristic_ner"}, {"label": "SECTION", "text": "grading", "start": 2795, "end": 2802, "source": "heuristic_ner"}, {"label": "SECTION", "text": "textbook", "start": 8113, "end": 8121, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Textbook", "start": 8143, "end": 8151, "source": "heuristic_ner"}, {"label": "SECTION", "text": "assignments", "start": 9584, "end": 9595, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Assignments", "start": 9610, "end": 9621, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/\" >", "start": 12356, "end": 12372, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/week-1-introduction/\" >", "start": 13637, "end": 13673, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/1-1-coordinate-systems-and-unit-vectors-in-1d-position-vector-in-1d/\" >", "start": 14355, "end": 14439, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/2-1-introduction-to-acceleration/\" >", "start": 15159, "end": 15208, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/3-1-coordinate-system-and-position-vector-in-2d/\" >", "start": 15919, "end": 15983, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/ps.1.1-three-questions-before-starting/\" >", "start": 16679, "end": 16734, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/problem-set-1/\" >", "start": 17435, "end": 17465, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/\" >", "start": 18165, "end": 18183, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/week-2-introduction/\" >", "start": 19462, "end": 19500, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/4-1-newtons-first-and-second-laws/\" >", "start": 20182, "end": 20234, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/5-1-universal-law-of-gravitation/\" >", "start": 20944, "end": 20995, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/6-1-contact-forces/\" >", "start": 21685, "end": 21722, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/7-1-pushing-pulling-and-tension/\" >", "start": 22419, "end": 22469, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/dd-1-1-friction-at-the-nanoscale/\" >", "start": 23171, "end": 23222, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/ps-2-1-worked-example-sliding-block/\" >", "start": 23913, "end": 23967, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/problem-set-2/\" >", "start": 24668, "end": 24700, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/\" >", "start": 25400, "end": 25421, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/week-3-introduction/\" >", "start": 26696, "end": 26737, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/8-1-polar-coordinates/\" >", "start": 27419, "end": 27462, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/9-1-uniform-circular-motion/\" >", "start": 28184, "end": 28233, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/10-1-circular-motion-2013-acceleration/\" >", "start": 28939, "end": 28999, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/11-1-newtons-2nd-law-and-circular-motion/\" >", "start": 29715, "end": 29777, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/ps-3-1-worked-example-orbital-circular-motion/\" >", "start": 30503, "end": 30570, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/problem-set-3/\" >", "start": 31254, "end": 31289, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/\" >", "start": 31989, "end": 32041, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/week-4-introduction/\" >", "start": 33380, "end": 33452, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/12-1-pulley-problems-part-i-set-up-the-equations/\" >", "start": 34134, "end": 34235, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/13-1-rope-hanging-between-trees/\" >", "start": 34944, "end": 35028, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/14-1-intro-to-resistive-forces/\" >", "start": 35726, "end": 35809, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/problem-set-4/\" >", "start": 36511, "end": 36577, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/\" >", "start": 37277, "end": 37303, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/week-5-introduction/\" >", "start": 38588, "end": 38634, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/15-1-momentum-and-impulse/\" >", "start": 39316, "end": 39368, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/16-1-conservation-of-momentum/\" >", "start": 40074, "end": 40130, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/17-1-definition-of-the-center-of-mass/\" >", "start": 40840, "end": 40904, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/problem-set-5/\" >", "start": 41615, "end": 41655, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/\" >", "start": 42355, "end": 42385, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/week-6-introduction/\" >", "start": 43678, "end": 43728, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/18-1-relative-velocity/\" >", "start": 44410, "end": 44463, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/19-1-rocket-problem-1-set-up-the-problem/\" >", "start": 45177, "end": 45248, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/ps-6-1-rocket-sled-problem/\" >", "start": 45958, "end": 46015, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/problem-set-6/\" >", "start": 46716, "end": 46760, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/\" >", "start": 47460, "end": 47489, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/week-7-introduction/\" >", "start": 48780, "end": 48829, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/20-1-kinetic-energy/\" >", "start": 49511, "end": 49560, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/21-1-scalar-product-properties/\" >", "start": 50275, "end": 50335, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/22-1-path-independence-gravity/\" >", "start": 51057, "end": 51117, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/ps-7-1-worked-example-collision-and-sliding-on-a-rough-surface/\" >", "start": 51843, "end": 51935, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/problem-set-7/\" >", "start": 52619, "end": 52662, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/\" >", "start": 53362, "end": 53408, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/week-8-introduction/\" >", "start": 54733, "end": 54799, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/23-1-introduction-to-potential-energy/\" >", "start": 55481, "end": 55565, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/24-1-mechanical-energy-and-energy-conservation/\" >", "start": 56267, "end": 56360, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/25-1-force-is-the-derivative-of-potential/\" >", "start": 57068, "end": 57156, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/problem-set-8/\" >", "start": 57867, "end": 57927, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/\" >", "start": 58627, "end": 58649, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/week-9-introduction/\" >", "start": 59926, "end": 59968, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/26-1-momentum-in-collisions/\" >", "start": 60650, "end": 60700, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/27-1-worked-example-elastic-1d-collision/\" >", "start": 61404, "end": 61467, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/dd-2-1-position-in-the-cm-frame/\" >", "start": 62171, "end": 62225, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/problem-set-9/\" >", "start": 62945, "end": 62981, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/\" >", "start": 63681, "end": 63705, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/week-10-introduction/\" >", "start": 64986, "end": 65031, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/28-1-rigid-bodies/\" >", "start": 65714, "end": 65756, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/29-1-kinetic-energy-of-rotation/\" >", "start": 66464, "end": 66520, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/30-1-introduction-to-torque-and-rotational-dynamics/\" >", "start": 67223, "end": 67299, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/31-1-relationship-between-torque-and-angular-acceleration/\" >", "start": 67991, "end": 68073, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/ps-10-1-blocks-and-massive-pulley/\" >", "start": 68778, "end": 68836, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/problem-set-10/\" >", "start": 69521, "end": 69560, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/\" >", "start": 70261, "end": 70284, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/week-11-introduction/\" >", "start": 71563, "end": 71607, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/32-1-angular-momentum-for-a-point-particle/\" >", "start": 72290, "end": 72356, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/33-1-worked-example-angular-momentum-of-2-rotating-point-particles/\" >", "start": 73078, "end": 73168, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/34-1-torque-causes-angular-momentum-to-change-point-particle/\" >", "start": 73886, "end": 73970, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/problem-set-11/\" >", "start": 74682, "end": 74720, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/\" >", "start": 75421, "end": 75461, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/week-12-introduction/\" >", "start": 76778, "end": 76839, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/35-1-translation-and-rotation-of-a-wheel/\" >", "start": 77522, "end": 77603, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/36-1-friction-on-a-rolling-wheel/\" >", "start": 78307, "end": 78380, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/37-1-kinetic-energy-of-translation-and-rotation/\" >", "start": 79082, "end": 79170, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/dd-3-1-gyroscopes-1-free-body-diagrams-torque-and-rotating-vectors/\" >", "start": 79901, "end": 80008, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/problem-set-12/\" >", "start": 80708, "end": 80763, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "toggle border-0 bg-transparent pl-0\"", "start": 85483, "end": 85519, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "text-wrapper\">", "start": 85796, "end": 85810, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "toggle border-0 bg-transparent pl-0\"", "start": 86173, "end": 86209, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "text-wrapper\">", "start": 86536, "end": 86550, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "text-wrapper\">", "start": 86888, "end": 86902, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Textbook", "start": 87762, "end": 87770, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Textbooks", "start": 87762, "end": 87771, "source": "heuristic_ner"}, {"label": "SECTION", "text": "textbook", "start": 95644, "end": 95652, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Textbook", "start": 95674, "end": 95682, "source": "heuristic_ner"}, {"label": "SECTION", "text": "assignments", "start": 97119, "end": 97130, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Assignments", "start": 97145, "end": 97156, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/\" >", "start": 99900, "end": 99916, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/week-1-introduction/\" >", "start": 101186, "end": 101222, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/1-1-coordinate-systems-and-unit-vectors-in-1d-position-vector-in-1d/\" >", "start": 101906, "end": 101990, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/2-1-introduction-to-acceleration/\" >", "start": 102712, "end": 102761, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/3-1-coordinate-system-and-position-vector-in-2d/\" >", "start": 103474, "end": 103538, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/ps.1.1-three-questions-before-starting/\" >", "start": 104236, "end": 104291, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/problem-set-1/\" >", "start": 104994, "end": 105024, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/\" >", "start": 105726, "end": 105744, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/week-2-introduction/\" >", "start": 107028, "end": 107066, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/4-1-newtons-first-and-second-laws/\" >", "start": 107750, "end": 107802, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/5-1-universal-law-of-gravitation/\" >", "start": 108514, "end": 108565, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/6-1-contact-forces/\" >", "start": 109257, "end": 109294, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/7-1-pushing-pulling-and-tension/\" >", "start": 109993, "end": 110043, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/dd-1-1-friction-at-the-nanoscale/\" >", "start": 110747, "end": 110798, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/ps-2-1-worked-example-sliding-block/\" >", "start": 111491, "end": 111545, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/problem-set-2/\" >", "start": 112248, "end": 112280, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/\" >", "start": 112982, "end": 113003, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/week-3-introduction/\" >", "start": 114283, "end": 114324, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/8-1-polar-coordinates/\" >", "start": 115008, "end": 115051, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/9-1-uniform-circular-motion/\" >", "start": 115775, "end": 115824, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/10-1-circular-motion-2013-acceleration/\" >", "start": 116532, "end": 116592, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/11-1-newtons-2nd-law-and-circular-motion/\" >", "start": 117310, "end": 117372, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/ps-3-1-worked-example-orbital-circular-motion/\" >", "start": 118100, "end": 118167, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/problem-set-3/\" >", "start": 118853, "end": 118888, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/\" >", "start": 119590, "end": 119642, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/week-4-introduction/\" >", "start": 120986, "end": 121058, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/12-1-pulley-problems-part-i-set-up-the-equations/\" >", "start": 121742, "end": 121843, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/13-1-rope-hanging-between-trees/\" >", "start": 122554, "end": 122638, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/14-1-intro-to-resistive-forces/\" >", "start": 123338, "end": 123421, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/problem-set-4/\" >", "start": 124125, "end": 124191, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/\" >", "start": 124893, "end": 124919, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/week-5-introduction/\" >", "start": 126209, "end": 126255, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/15-1-momentum-and-impulse/\" >", "start": 126939, "end": 126991, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/16-1-conservation-of-momentum/\" >", "start": 127699, "end": 127755, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/17-1-definition-of-the-center-of-mass/\" >", "start": 128467, "end": 128531, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/problem-set-5/\" >", "start": 129244, "end": 129284, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/\" >", "start": 129986, "end": 130016, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/week-6-introduction/\" >", "start": 131314, "end": 131364, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/18-1-relative-velocity/\" >", "start": 132048, "end": 132101, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/19-1-rocket-problem-1-set-up-the-problem/\" >", "start": 132817, "end": 132888, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/ps-6-1-rocket-sled-problem/\" >", "start": 133600, "end": 133657, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/problem-set-6/\" >", "start": 134360, "end": 134404, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/\" >", "start": 135106, "end": 135135, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/week-7-introduction/\" >", "start": 136431, "end": 136480, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/20-1-kinetic-energy/\" >", "start": 137164, "end": 137213, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/21-1-scalar-product-properties/\" >", "start": 137930, "end": 137990, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/22-1-path-independence-gravity/\" >", "start": 138714, "end": 138774, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/ps-7-1-worked-example-collision-and-sliding-on-a-rough-surface/\" >", "start": 139502, "end": 139594, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/problem-set-7/\" >", "start": 140280, "end": 140323, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/\" >", "start": 141025, "end": 141071, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/week-8-introduction/\" >", "start": 142401, "end": 142467, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/23-1-introduction-to-potential-energy/\" >", "start": 143151, "end": 143235, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/24-1-mechanical-energy-and-energy-conservation/\" >", "start": 143939, "end": 144032, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/25-1-force-is-the-derivative-of-potential/\" >", "start": 144742, "end": 144830, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/problem-set-8/\" >", "start": 145543, "end": 145603, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/\" >", "start": 146305, "end": 146327, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/week-9-introduction/\" >", "start": 147609, "end": 147651, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/26-1-momentum-in-collisions/\" >", "start": 148335, "end": 148385, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/27-1-worked-example-elastic-1d-collision/\" >", "start": 149091, "end": 149154, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/dd-2-1-position-in-the-cm-frame/\" >", "start": 149860, "end": 149914, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/problem-set-9/\" >", "start": 150636, "end": 150672, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/\" >", "start": 151374, "end": 151398, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/week-10-introduction/\" >", "start": 152684, "end": 152729, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/28-1-rigid-bodies/\" >", "start": 153414, "end": 153456, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/29-1-kinetic-energy-of-rotation/\" >", "start": 154166, "end": 154222, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/30-1-introduction-to-torque-and-rotational-dynamics/\" >", "start": 154927, "end": 155003, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/31-1-relationship-between-torque-and-angular-acceleration/\" >", "start": 155697, "end": 155779, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/ps-10-1-blocks-and-massive-pulley/\" >", "start": 156486, "end": 156544, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/problem-set-10/\" >", "start": 157231, "end": 157270, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/\" >", "start": 157973, "end": 157996, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/week-11-introduction/\" >", "start": 159280, "end": 159324, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/32-1-angular-momentum-for-a-point-particle/\" >", "start": 160009, "end": 160075, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/33-1-worked-example-angular-momentum-of-2-rotating-point-particles/\" >", "start": 160799, "end": 160889, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/34-1-torque-causes-angular-momentum-to-change-point-particle/\" >", "start": 161609, "end": 161693, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/problem-set-11/\" >", "start": 162407, "end": 162445, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/\" >", "start": 163148, "end": 163188, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/week-12-introduction/\" >", "start": 164510, "end": 164571, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/35-1-translation-and-rotation-of-a-wheel/\" >", "start": 165256, "end": 165337, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/36-1-friction-on-a-rolling-wheel/\" >", "start": 166043, "end": 166116, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/37-1-kinetic-energy-of-translation-and-rotation/\" >", "start": 166820, "end": 166908, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/dd-3-1-gyroscopes-1-free-body-diagrams-torque-and-rotating-vectors/\" >", "start": 167641, "end": 167748, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/problem-set-12/\" >", "start": 168450, "end": 168505, "source": "heuristic_ner"}, {"label": "SECTION", "text": "textbook", "start": 175745, "end": 175753, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Textbook", "start": 175755, "end": 175763, "source": "heuristic_ner"}, {"label": "SECTION", "text": "textbook", "start": 175777, "end": 175785, "source": "heuristic_ner"}, {"label": "SECTION", "text": "textbook", "start": 175873, "end": 175881, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "covered\">Topics Covered
", "start": 176129, "end": 176157, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "1-kinematics/\">Week 1: Kinematics
", "start": 176234, "end": 176276, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "2-newtons-laws/\">Week 2: Newton’s Laws Circular Motion
", "start": 176347, "end": 176416, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "3-circular-motion/\">Week 3: Circular Motion Momentum and Impulse
", "start": 176487, "end": 176560, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "4-drag-forces-constraints-and-continuous-systems/\">Week 4: Drag Forces, Constraints and Continuous Systems Work and Mech", "start": 176631, "end": 176751, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "5-momentum-and-impulse/\">Week 5: Momentum and Impulse Collision Theory
", "start": 176844, "end": 176923, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "6-continuous-mass-transfer/\">Week 6: Continuous Mass Transfer Torque
", "start": 176994, "end": 177071, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "7-kinetic-energy-and-work/\">Week 7: Kinetic Energy and Work
", "start": 177142, "end": 177210, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "8-potential-energy-and-energy-conservation/\">Week 8: Potential Energy and Energy Conservation
", "start": 177281, "end": 177383, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "9-collision-theory/\">Week 9: Collision Theory
", "start": 177454, "end": 177508, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "10-rotational-motion/\">Week 10: Rotational Motion
", "start": 177579, "end": 177637, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "11-angular-momentum/\">Week 11: Angular Momentum
", "start": 177708, "end": 177764, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "12-rotations-and-translation-rolling/\">Week 12: Rotations and Translation - Rolling
", "start": 177835, "end": 177927, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "toggle border-0 bg-transparent pl-0\"", "start": 185226, "end": 185262, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "text-wrapper\">", "start": 185541, "end": 185555, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "toggle border-0 bg-transparent pl-0\"", "start": 185919, "end": 185955, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "text-wrapper\">", "start": 186284, "end": 186298, "source": "heuristic_ner"}, {"label": "CONCEPT", "text": "text-wrapper\">", "start": 186637, "end": 186651, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Textbook", "start": 187513, "end": 187521, "source": "heuristic_ner"}, {"label": "SECTION", "text": "Textbooks", "start": 187513, "end": 187522, "source": "heuristic_ner"}]}


[System] You extract structured syllabus data from university course documents. Return valid JSON only, matching the requested schema exactly.

[User]
Extract structured syllabus information from the following document.
Return JSON with keys: document_id, source_url, course_codes, instructors, emails, section_names, assignments, readings, grading_weights, due_dates, course_dates, concepts, study_plan, text_field, entities.
The study_plan value must be a JSON array of objects, one per syllabus section region, each with section_heading (string) and the same list-of-strings fields as the top level (course_codes, readings, assignments, due_dates, course_dates, concepts, grading_weights, instructors, emails), grouping items that fall under that section.

Document text:
<!DOCTYPE html>

  <meta charset="utf-8" />
<meta name="Generator" content="Drupal 11 (https://www.drupal.org)" />
<meta name="MobileOptimized" content="width" />
<meta name="HandheldFriendly" content="true" />
<meta name="viewport" content="width=device-width, initial-scale=1.0" />
<link rel="icon" href="/themes/custom/syllabus/favicon.ico" type="image/vnd.microsoft.icon" />
<link rel="canonical" href="https://syllabus.gatech.edu/syllabi/1301/o1" />
<link rel="shortlink" href="https://syllabus.gatech.edu/node/19791" />

    <title>Intro to Computing | Syllabus</title>
    <link rel="stylesheet" media="all" href="/sites/default/files/css/css_mkqoU4vfUltbFQ640Vj4DH5M5AymP8P2-Va49B7SPPI.css?delta=0&language=en&theme=syllabus&include=eJxljEEOwjAMBD_UkidFduuGCCdG3UVVfk9B4lJuuzPSFCaNILjLMy9rnwrTFp1yGKLZ7-IzioeKz-Dw2suXcD5Mt9jbhFiqeG62VsmnfyD9oxvvdkYx3EVfuBYxQGtJBfYGoQ07Jg" />
<link rel="stylesheet" media="all" href="/sites/default/files/css/css_pfWXKHNbKKmQwpff8r1KWlm789sw9QU-digQu1cnbGE.css?delta=1&language=en&theme=syllabus&include=eJxljEEOwjAMBD_UkidFduuGCCdG3UVVfk9B4lJuuzPSFCaNILjLMy9rnwrTFp1yGKLZ7-IzioeKz-Dw2suXcD5Mt9jbhFiqeG62VsmnfyD9oxvvdkYx3EVfuBYxQGtJBfYGoQ07Jg" />
<link rel="stylesheet" media="all" href="//cdn.jsdelivr.net/npm/bootstrap@5.2.2/dist/css/bootstrap.min.css" />
<link rel="stylesheet" media="all" href="https://cdnjs.cloudflare.com/ajax/libs/font-awesome/6.5.1/css/all.min.css" />
<link rel="stylesheet" media="all" href="//fonts.googleapis.com/css?family=Roboto:300,300italic,400,400italic,500,700&display=swap" />
<link rel="stylesheet" media="all" href="//fonts.googleapis.com/css?family=Roboto+Condensed:400,700&display=swap" />
<link rel="stylesheet" media="all" href="//fonts.googleapis.com/css2?family=Roboto+Slab:wght@100..900&display=swap" />
<link rel="stylesheet" media="all" href="//use.typekit.net/ymn0bgw.css" />
<link rel="stylesheet" media="all" href="/sites/default/files/css/css_ti5g_7dtK5HXM8X871zYl0fJnXXGBf_I05xUJGv4yiQ.css?delta=8&language=en&theme=syllabus&include=eJxljEEOwjAMBD_UkidFduuGCCdG3UVVfk9B4lJuuzPSFCaNILjLMy9rnwrTFp1yGKLZ7-IzioeKz-Dw2suXcD5Mt9jbhFiqeG62VsmnfyD9oxvvdkYx3EVfuBYxQGtJBfYGoQ07Jg" />

    Skip to main navigation

    Skip to main content

        <button class="navbar-toggler float-end" type="button" data-bs-toggle="collapse"
            data-bs-target="#navbarGTContent" aria-controls="navbarGTContent" aria-expanded="false"
            aria-label="Toggle navigation">

          MENU
        </button>

            Syllabus

Main navigation

                                Home

                                Search Syllabi

                                Instructors

                                Instructor FAQ

                                Syllabus Support by Unit

User account menu

                                GT login

Intro to Computing

Breadcrumb

                                                    Home

      Last Updated: Thu, 04/09/2026

        <fieldset class="js-form-item form-item js-form-wrapper form-wrapper">
            <legend>
      Syllabus
    </legend>

Syllabus_ CS1301_ Introduction to Computing (Online) (SU26 & FA26)_1.pdf
  (112.43 KB)

  </fieldset>
    <fieldset class="js-form-item form-item js-form-wrapper form-wrapper">
            <legend>
      General Class Information
    </legend>

Academic year:

2026

Semester:

Fall

Course prefix:

CS

Course number:

1301

Section:

O1

CRN

87196

Department (you may add up to three):

<a

[Assistant] {"document_id": "eb7365425f20e05fcbd8f36c6ab269791e42769f31aa0109fb3d2ea13a785299", "source_url": "https://syllabus.gatech.edu/syllabi/1301/o1", "course_codes": ["SU26", "FA26"], "instructors": [], "emails": [], "section_names": [], "assignments": [], "readings": [], "grading_weights": [], "due_dates": [], "course_dates": ["04/09/2026"], "concepts": ["support\" class=\"nav-link nav-link--syllabus-unit-support\" data-drupal-link-system-path=\"node/23142\">Syllabus Support by"], "study_plan": [{"section_heading": "", "course_codes": ["SU26", "FA26"], "readings": [], "assignments": [], "due_dates": [], "course_dates": ["04/09/2026"], "concepts": ["support\" class=\"nav-link nav-link--syllabus-unit-support\" data-drupal-link-system-path=\"node/23142\">Syllabus Support by"], "grading_weights": [], "instructors": [], "emails": []}], "text_field": "text", "entities": [{"label": "COURSE_DATE", "text": "04/09/2026", "start": 9422, "end": 9432, "source": "regex"}, {"label": "PERCENT", "text": "20%", "start": 9946, "end": 9949, "source": "regex"}, {"label": "PERCENT", "text": "29%", "start": 9958, "end": 9961, "source": "regex"}, {"label": "PERCENT", "text": "20%", "start": 9961, "end": 9964, "source": "regex"}, {"label": "PERCENT", "text": "20%", "start": 9971, "end": 9974, "source": "regex"}, {"label": "PERCENT", "text": "26%", "start": 9974, "end": 9977, "source": "regex"}, {"label": "COURSE", "text": "SU26", "start": 10071, "end": 10075, "source": "regex"}, {"label": "COURSE", "text": "FA26", "start": 10082, "end": 10086, "source": "regex"}, {"label": "CONCEPT", "text": "support\" class=\"nav-link nav-link--syllabus-unit-support\" data-drupal-link-system-path=\"node/23142\">Syllabus Support by", "start": 5812, "end": 5931, "source": "heuristic_ner"}]}