The document discusses various types of programming languages: machine language (binary code), assembly language (using mnemonics), high-level languages (like BASIC and FORTRAN), and object-oriented/event programming languages (such as Visual Basic and Delphi). It highlights how each type simplifies programming tasks and the role of assemblers, interpreters, and compilers in translating code. Overall, it emphasizes the evolution from basic machine codes to more user-friendly programming options.

1. PROGRAMMING LANGUAGE
Sit Dolor Amet

3. TYPES OF PROGRAMMING LANGUAGES
1. MACHINE LANGUAGE- only language that a computer can
understand.
 machine code- is the binary system uses two numbers 0s and
1s.
2. Assembly language- it is more advanced compare to machine
language. Assembly uses mnemonics instead of 0s and 1sto
simply the programmers way of creating program.
Mnemonics- are memory aid. It requires another program called
ASSEMBLER which translate assembly language statements
into the target computer machine code.

4. PROGRAMMING LANGUAGE
3. High level language- it was developed to speed up the
programming. It allows the programmer to use English
commands to carry out instruction.
Example: BASIC (Beginners All purpose Symbolic Instruction
code)
FORTRAN (FormulaTranslation)
 interpreter- translate the high level instruction into machine
code,
Compiler- translate the entire program into machine code
before running the program.

5. Object-oriented/event programming language
4.These are program that run in windows that
require more complicated programming capabilities.
With this language, you can create programs that
emphasize on the objects included in the user
interface like buttons and scrollbar.
Examples: visual basic, Delphi, visual c++ , Microsoft
office applications and so on.