After this module, students will be able to:

• Compile and run a C program.
• Predict the results of running C code that uses variables, functions, conditionals, and loops.
• Implement a C program using variables, functions, conditionals, and loops to solve a well-specified problem described in English.

It is highly recommended that everyone watch the first video in "DISCOVER Types, Variables and Assignment Statements" and the videos on "DISCOVER Input, Output and Compiling". None of the exercises in this module are for credit.

Module Structure

• Input, Output and Compiling (3 videos, 3 exercises)
  • Discover (3 videos, 3 exercises)
    • Input, Output and Compiling Video 1: Printing Values (printf)
      • Transcript
      • printf.c (example code)
    • Input, Output and Compiling Video 2: Compiling from the Command Line
      • Transcript
      • hello.c (example code)
    • Input, Output and Compiling Video 3: Reading Input (scanf)
      • Transcript
      • convert.c (first example)
      • numbers.c (second example)
• Types, Variables and Assignment Statements (6 videos, 9 exercises)
  • Discover (6 videos, 6 exercises)
    • Types, Variables and Assignment Statements Video 1: What is a Program?
      • Transcript
      • hello_world.c (example code)
    • Types, Variables and Assignment Statements Video 2: Introducing Variables
      • Transcript
      • assign.c (example code)
    • Types, Variables and Assignment Statements Video 3: Using Variables in Expressions
      • Transcript
      • expressions.c (example code)
    • Types, Variables and Assignment Statements Video 4: Double Variables
      • Transcript
      • doubles.c (example code)
    • Types, Variables and Assignment Statements Video 5: Programming in Style
      • Transcript
      • Resource
    • Types, Variables and Assignment Statements Video 6: Storing Characters
      • Transcript
      • char.c (example code)
  • Rehearse (0 videos, 3 exercises)
• Boolean Expressions and Conditionals (4 videos, 12 exercises)
  • Discover (4 videos, 6 exercises)
    • Conditionals Video 1: Introducing If Statements
      • Transcript
      • feelings.c (example code)
      • if.c (example code)
    • Conditionals Video 2: Conditional Operators
      • Transcript
      • gpa.c (example code)
    • Conditionals Video 3: Structuring If Statements
      • Transcript
      • else.c (example code)
    • Conditionals Video 4: Implementation of Rational and Conditional Operators
      • Transcript
      • assign.c (example code)
      • true_false.c (example code)
  • Rehearse (0 videos, 3 exercises)
  • Perform (0 videos, 3 exercises)
• Functions (5 videos, 12 exercises)
  • Discover (5 videos, 8 exercises)
    • Functions Video 1: Calling a Function
      • Transcript
      • function_calls.c (example code)
    • Functions Video 2: Using Function Calls
      • Transcript
      • function_calls2.c (example code)
    • Functions Video 3: Introduction to Writing Functions
      • Transcript
      • fmax.c (example code)
    • Functions Video 4: Writing a New Function
      • Transcript
      • price_calc.c (example code)
    • Functions Video 5: Visualizing Function Execution
      • Transcript
      • price_calc_scope.c (example code)
  • Rehearse (0 videos, 1 exercises)
  • Perform (0 videos, 3 exercises)
• Iteration (6 videos, 15 exercises)
  • Discover (4 videos, 5 exercises)
    • Iteration Video 1: Introducing For Loops
      • Transcript
      • lyrics.c (example code)
    • Iteration Video 2: Nested Loops
      • Transcript
      • multiplication_table.c (example code)
    • Iteration Video 3: While Loops
      • Transcript
      • while.c (example code)
      • do_while.c (example code)
    • Iteration Video 4: Break and Continue
      • Transcript
      • do_while_break.c (example code)
      • nested_square.c (example code)
      • nested_continue.c (example code)
  • Rehearse (2 videos, 7 exercises)
    • Basic Loops: Printing a Solid Triangle Solution
    • Basic Loops: Printing the Squares Solution
  • Perform (0 videos, 3 exercises)