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Paper 1 – Theory (Typically 2 hours)
0/20
Introduction Paper 2 – Practical (Typically 2 hours) done
0/2
Problem Solving
0/5
Relation of Real Life and Programming done
0/5
Stages of Programming
0/14
Dealing with Constructs
0/24
Question Set 3
0/3
Flow charts – The easy concept
Concept of Validations
0/6
Question Set 4
0/2
Dealing with 1D Arrays
Dealing with 2D Arrays
Linear search with !D Array – The common pattren
Bubble Sort – The common Pattren
Modular Programming – Concept of Procedures and Functions
Handling Errors in Pseudocode
File Handling
File handling – with 1D Array
Logic Gates
Databases
1-Break Down the Question
Always divide a question into smaller, manageable parts.
This helps in understanding the concept easily instead of feeling overwhelmed.
2-Identify the Core Concept
Focus on the main idea behind the question.
Highlight all the important points given in the question statement.
3-Locate Variables and Constants
Carefully spot variables, constants, and other key elements inside the question.
This step ensures accuracy while writing pseudocode or program code.
4-Follow the Four-Stage Rule
Solve every question by applying these stages:
Setting and Declaration
Input
Process
Output
5-Write in Both Pseudocode and Program Code
For better practice, always write solutions in both pseudocode and the actual programming code.
This parallel practice builds strong problem-solving and coding skills.