C Language and Python
College Presentation
Introduction to Programming
Languages
• Programming languages are tools used to
communicate with computers. C and Python
are two of the most popular programming
languages.
Overview of C Language
• C is a general-purpose, procedural
programming language developed by Dennis
Ritchie in 1972.
Features of C Language
• • Structured language
• • Low-level access to memory
• • Portable and efficient
• • Rich library support
Uses of C Language
• • Operating systems
• • Embedded systems
• • Compilers
• • Game development
Structure of a C Program
• #include<stdio.h>
• int main() {
• printf("Hello World");
• return 0;
• }
Data Types in C
• • int
• • float
• • char
• • double
Control Structures in C
• • if, if-else
• • switch
• • for, while, do-while loops
Functions in C
• Functions help in code modularity and
reusability.
• Example:
• int add(int a, int b) {
• return a + b;
• }
Advantages of C
• • Fast execution
• • Closer to hardware
• • Foundation for other languages
Disadvantages of C
• • No object-oriented features
• • Manual memory management
• • Complex syntax for beginners
Overview of Python
• Python is a high-level, interpreted, object-
oriented programming language created by
Guido van Rossum in 1991.
Features of Python
• • Easy to learn
• • Interpreted language
• • Extensive libraries
• • Dynamic typing
• • Cross-platform
Uses of Python
• • Web development
• • Data science
• • Machine learning
• • Automation
• • Game development
Python Syntax Example
• print('Hello, World!')
Data Types in Python
• • int
• • float
• • str
• • list
• • tuple
• • dict
• • set
Control Structures in Python
• if x > 0:
• print('Positive')
• else:
• print('Non-positive')
Functions in Python
• def add(a, b):
• return a + b
Advantages of Python
• • Simple and readable
• • Huge library support
• • Rapid development
• • Object-oriented
Disadvantages of Python
• • Slower than C
• • High memory usage
• • Weak in mobile computing
Conclusion
• C provides speed and control, while Python
offers simplicity and flexibility.
• Both are powerful languages suitable for
different types of projects.

C_and_Python_Presentation for graduates.pptx

  • 1.
    C Language andPython College Presentation
  • 2.
    Introduction to Programming Languages •Programming languages are tools used to communicate with computers. C and Python are two of the most popular programming languages.
  • 3.
    Overview of CLanguage • C is a general-purpose, procedural programming language developed by Dennis Ritchie in 1972.
  • 4.
    Features of CLanguage • • Structured language • • Low-level access to memory • • Portable and efficient • • Rich library support
  • 5.
    Uses of CLanguage • • Operating systems • • Embedded systems • • Compilers • • Game development
  • 6.
    Structure of aC Program • #include<stdio.h> • int main() { • printf("Hello World"); • return 0; • }
  • 7.
    Data Types inC • • int • • float • • char • • double
  • 8.
    Control Structures inC • • if, if-else • • switch • • for, while, do-while loops
  • 9.
    Functions in C •Functions help in code modularity and reusability. • Example: • int add(int a, int b) { • return a + b; • }
  • 10.
    Advantages of C •• Fast execution • • Closer to hardware • • Foundation for other languages
  • 11.
    Disadvantages of C •• No object-oriented features • • Manual memory management • • Complex syntax for beginners
  • 12.
    Overview of Python •Python is a high-level, interpreted, object- oriented programming language created by Guido van Rossum in 1991.
  • 13.
    Features of Python •• Easy to learn • • Interpreted language • • Extensive libraries • • Dynamic typing • • Cross-platform
  • 14.
    Uses of Python •• Web development • • Data science • • Machine learning • • Automation • • Game development
  • 15.
    Python Syntax Example •print('Hello, World!')
  • 16.
    Data Types inPython • • int • • float • • str • • list • • tuple • • dict • • set
  • 17.
    Control Structures inPython • if x > 0: • print('Positive') • else: • print('Non-positive')
  • 18.
    Functions in Python •def add(a, b): • return a + b
  • 19.
    Advantages of Python •• Simple and readable • • Huge library support • • Rapid development • • Object-oriented
  • 20.
    Disadvantages of Python •• Slower than C • • High memory usage • • Weak in mobile computing
  • 21.
    Conclusion • C providesspeed and control, while Python offers simplicity and flexibility. • Both are powerful languages suitable for different types of projects.