I'm currently in her class. She doesn't have a straight up syllabus like normal teachers do, but here is what to expect. 8 projects( simple coding programs that progressively get harder.) 11 labs, which again are simple programs that high light the weeks assignment and lecture content. I usually did them before had and showed up signed in and showed the ta what I did, then left.

Projects 30% of grade, labs are 10%. And each test is 20%. There is a syllabus quiz and a testing center quiz that are not worth anything but are required. Expect to spend about an hr or so on average for the first 6 projects and the last two atleast 3-4 hrs on. The entire syllabus is too long to post but here's some of it: Syllabus Instructor Sarah Angell Instructor Department of Computer Science Office: Harris Engineering Center (HEC) 230 Office Hours: Mondays, Wednesdays, Thursdays, 9:00 am - 11:00 am Course Description COP 3223 provides an introduction to the C programming language for those with no prior programming experience. The course aims to teach the syntax and use of major constructs of the C language and will not focus on algorithmic design (COP 3502 focuses on algorithmic design). Some of these constructs include: conditional statements, loops, functions, arrays, pointers, strings, structures, and file I/O.

Required Textbook Programming Knights: An Introduction to Programming in Python and C by Arup Guha ISBN-13: 978-1-256-92763-1. Technology Requirements Stable internet connection Browser with Flash Plug-in Links to an external site. Speakers or headphones Basis for Final Grade Assessment Percent of Final Grade Programming Projects 30% Weekly Quizzes 10% Exam 1 20% Exam 2 20% Exam 3 20% 100% Grading Scale (%) 90 – 100 A 80 – 89 B 70 – 79 C 60 – 69 D 0 – 59 F Programming Projects Programming projects will be assigned throughout the semester.

These are intended to integrate concepts from different weeks and promote problem solving and critical thinking skills. They will be graded based on correctness, problem solving, and clarity. Projects submissions must be uploaded to webcourses prior to the specified due date and time – no other form of submittal can be accepted. Do not email your submissions.

(Python) Chapter 1: Introduction to Programming in Python 1.1 Compiled vs. Interpreted Languages Computers only understand 0s and 1s, their native machine language. All of the executable programs on your computer are a collection of these 0s and 1s that tell your computer exactly what to execute.

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Uploads are locked out at the due date and time; thus, late submissions are not feasible. It is strongly recommended that you turn in assignments at least two hours before the actual deadline. Everyone is responsible for verifying their submission was successfully uploaded and is correct. Only content present in webcourses will be graded for credit. All projects must be completed individually.

See below for the course academic dishonesty policy. Weekly Quizzes Webcourse quizzes will be assigned each week, except on exam weeks. These are intended to reinforce the current week’s material and to demonstrate the types and style of questions you might see on exams.

Course Syllabus The table below gives the planned syllabus for the course. This syllabus will be changed as needed.

When it becomes necessary to revise the schedule, this page will be updated to reflect the changes. Material and is available elsewhere. Readings should be done before the 'lecture' meeting on the given date. Optional readings are optional, and can be used for background or enrichment. References (like ) are given in the below.

All course meetings are concerned with all of the course's. Dates Topics Readings Optional Readings Homework Due Jan. Klyuch dlya aktivacii alzex finance. 9 1.1 and 1.3;; chapter on Installation; chapter 1   Jan. 11 Chapter 1 chapter on Operators and Expressions (and previous chapters) Jan.

14 Chapter 1 chapter on Operators and Expressions (and previous chapters)   Jan. 16 Chapter 1 chapter on Operators and Expressions (and previous chapters)   Jan. 18 Chapter 1 chapter on Operators and Expressions (and previous chapters) Jan. 21 No class, Martin Luther King Jr. Holiday       Jan. 23 2.1-2.2 chapters on Control Flow and Functions; chapters 4-5; Jan.