The document discusses computer programming languages and problem solving techniques. It describes different types of programming languages like low-level languages (machine and assembly), high-level languages (procedural, object-oriented, non-procedural), and how compilers and interpreters are used to translate between languages. It also provides an example algorithm to calculate the sum and average of 5 numbers and explains that algorithms and pseudocode can be used to represent problem solving steps.

1.  Program
 Algorithm
 Flowchart
• Problem a situation or matter requires proper attention.
• Problem Solving The process of identifying problem and
Finding its best solution.
Different problem-solving techniques are as follows:

2. • Set of instructions tells Computer what to do.
• Written in Programming Language.
• Process large amount of data easily.

3.  Low-level Languages
a) Machine Language
b) Assembly Language
 High-level Languages
a) Procedural Languages
b) Object-Oriented Languages
c) Non-Procedural Languages
• A set of words and symbols used to write programs
• Defines the rules for writing computer program
Types of Computer Programming Language:

4.  Compiler
A program converts the instructions of high-level language into machine
language as whole.
 Interpreter
A program that translate one instruction of program at one time.
 Assembler
Program that translate instructions of assembly language.
A software that converts source program into machine code/program.
Every computer language has its own translator.
Different types of language processor are as follows:

5. Algorithm to find sum and average of 5 numbers.
Start
Input 5 numbers a, b , c , d , e
Calculate Sum = a + b + c + d + e
Calculate Avg = sum/5
Print Sum, Avg
End
Algorithm a step-by-step procedure to solve a problem.
Pseudo Code similar to English, used to write algorithms.

6. • Graphical representation of solution.
• Sequence of steps to solve problem.
• Use different symbols.
Process
Start/End Input / Output