Smart Strategy to Score 40+ Marks in Engineering Physics: Module-Wise Guide for Students If you're preparing for your Engineering Physics exam and are aiming to score at least 40 marks, this guide is exactly what you need. Rather than trying to cover everything, we'll help you focus on the most important parts of the syllabus to score smartly, not blindly. This guide is divided into two main parts: Part A – Definitions, Differences & Laws Part B – Derivations and Theory-Based Scoring Part A – Concepts, Differences, and Laws Module 1: Oscillations and Waves Difference between electrical and mechanical oscillators Transverse vs. Longitudinal waves Definition of amplitude Resonance vs. Sharpness of resonance Module 2: Interference and Diffraction Difference between interference and diffraction Difference between Fresnel and Fraunhofer diffraction Definition and equation of dispersive power of grating Key concepts from Newton’s Rin...
Logic System and Design – Smart Strategy to Score 40 Marks If you're preparing for the Logic System and Design paper and aiming to score at least 40 marks, you're in the right place. This blog post breaks down the subject module-wise, helping you focus only on what’s necessary to pass smartly—not blindly. We’ll break the preparation into Part A and Part B , with a final strategy summary that you can follow step by step. Part A – Foundation Building These questions are often direct and concept-based. While they may seem unpredictable, getting some right here can give you a bonus edge. Module 1: Number Systems and Complements Learn to convert between Binary, Decimal, Octal, and Hexadecimal . Master 1's and 2's complement subtraction – very commonly asked. Get confident with these basics to speed through numerical questions. Module 2: Boolean Algebra Focus on De Morgan's Theorems . Learn all postulates and theorems of Boolean algebra . ...