Magic Marks Applied Science Video Lectures

Magic Marks is your ultimate destination for high-quality Applied Science video lectures. Our platform offers a comprehensive range of subjects, expertly curated to help you excel in your studies and future career. With our content, you can grasp complex concepts in Engineering Mathematics, Physics, Chemistry, and Electronics and Electrical with ease and confidence. Explore our study packs and take your understanding to the next level. For more information, visit: www.magicmarks.in

1. First-Year Engineering StudyPack
Magic Marks- India’s Largest Library of Engineering Courseware
First-Year Engineering StudyPack

2. Magic Marks – Your ultimate destination for high-quality Applied Science video lectures. We cover a
comprehensive range of subjects designed to help you excel in your studies and future career. Our
expert-curated content ensures that you understand complex concepts with clarity and confidence.
Explore the subjects we offer:
Engineering Mathematics-I
Engineering Mathematics-II
Engineering Physics-I
Engineering Physics-II
Engineering Chemistry
Basic Electrical and Electronics Engineering
Electronics Engineering
Electrical Engineering
Engineering Mechanics
Engineering Graphics

3. Basic Electrical and Electronics Engineering provides a foundational understanding of key
concepts in both electrical and electronics engineering. This subject covers essential
topics such as D.C. Circuit Analysis, A.C. Circuits, Generators and Motors, p-n Junction
Diodes, Bipolar and Field Junction Transistors, along with Digital Electronics. The course is
structured into the following modules:
DC Circuit Analysis and Network Theorems
Electrical Resistance and Ohm’s Law
Single Phase and Three Phase AC Systems
Concepts of Magnetism and Electromagnetism
Single Phase Transformer
DC Generator and Motor
Induction Motor and Synchronous Machines
Measuring Instruments
P-N Junction Diodes and Their Applications
Rectification
Zener Diodes
Transistor Basics
Digital Electronics
Basic Electrical And Electronics
Engineering
Basic Electrical And Electronics Engineering

4. This course provides fundamental knowledge of DC and AC circuits along with
the associated theorems. Students will explore the importance and applications
of single-phase and three-phase AC circuits. The course also offers a brief
overview of power systems, magnetic circuits, and transformers.
Modules:
DC Circuit Analysis and Network Theorems
Electrical Resistance and Ohm’s Law
Steady-State Analysis of Single-Phase AC Circuits
Three-Phase AC Circuits
Magnetic Circuit and Electromagnetism
Single-Phase Transformer
DC Machines
Three-Phase Induction Motor & Synchronous Machines
Electrical Engineering
Electrical Engineering

5. This course provides fundamental knowledge of key electronic components and
their applications, including transducers, diodes, transistors, amplifiers, and
measuring instruments. Understanding these devices is crucial for mastering
Silicon Technology and essential principles in Electronics Engineering.
Modules:
Basics of Electrical Circuits and Networks
Concepts of Magnetism and Electromagnetism
DC Generator and Motor
Induction Motor and Synchronous Machines
Measuring Instruments
P-N Junction Diodes and Their Applications
Rectification
Diodes and Transistor Basics
Digital Electronics
Electronics Engineering
Electronics Engineering

6. Engineering Chemistry offers an introduction to fundamental and applied
chemistry concepts, bridging theoretical knowledge with practical applications.
This course covers essential topics such as water treatment processes,
photochemistry, corrosion, molecular spectroscopy, nano-chemistry, and
polymer chemistry.
Modules:
Water and Its Treatment
Photochemistry
Corrosion and Its Prevention
Spectroscopy and Its Applications
Polymers and Reinforced Composites
Nano-Chemistry
Chemical Bonding and the State of Matter
Reaction Kinetics, Phase Rule, and Electrochemistry
Structural and Mechanistic Concepts of Organics
Analytical Methods and Fuels
Engineering Chemistry
Engineering Chemistry

7. Engineering Graphics focuses on the drawing techniques for 2D and 3D
projections of points, lines, objects, surfaces, and solid sections. Drawing is a
crucial aspect of communicating engineering principles. This course covers key
concepts such as isometric projections, intersection of surfaces, and engineering
curves in detail.
Modules:
Introduction to Engineering Graphics
Conic Sections and Engineering Curves
Projection Overview and Projection of Points and Straight Lines
Projection of Planes and Auxiliary Planes
Projection of Solids and Their Sections
Development and Intersection of Surfaces
Isometric Projection
Oblique and Perspective Projection
Engineering Graphics
Engineering Graphics

8. Engineering Mathematics is a branch of science that focuses on mathematical
methods and techniques commonly used in the engineering industry. This
subject encompasses a range of topics, including successive differentiation,
partial differentiation, multiple integration, and vector calculus, all of which are
essential for solving complex engineering problems.
Modules:
Differential Calculus
Matrices
Basics of Successive Differentiation
Curve Tracing and Curvature of Different Curves
Multiple Integration
Applications of Multiple Integration
Vector Calculus
Engineering Mathematics-I
Engineering Mathematics-I

9. In this course, we will delve into Differential Equations, covering key topics such
as Linear Differential Equations, Ordinary Differential Equations, and Differential
Equations of Various Orders. Additionally, we will explore essential concepts in
Linear Algebra, including Matrices, Infinite Series, and Complex Numbers.
Modules:
Ordinary Differential Equations of First Order
Linear Ordinary Differential Equations of Second and Higher Order
Applications of Ordinary Differential Equations
Linear Algebra: Determinants and Matrices
Matrix and System of Equations
Infinite Series
Complex Numbers and Elementary Functions of Complex Variables
Engineering Mathematics-II
Engineering Mathematics-II

10. Engineering Mechanics covers the fundamental principles governing the
behavior of bodies in motion. This course introduces key concepts such as
forces, laws of motion, friction, and the centroid and moment of inertia for
various sections. It also includes an exploration of kinematics and kinetics of rigid
bodies, providing a foundational understanding of principles essential to
mechanical engineering.
Modules:
Introduction to Engineering Mechanics
Two-Dimensional Force System
Two-Dimensional Non-Concurrent Force System
Centroid and Moment of Inertia
Engineering Mechanics
Engineering Mechanics

11. Engineering Physics explores the study of matter and its motion, focusing on
fundamental concepts in physics that are essential for understanding various
physical phenomena. This subject covers a range of topics including relativity,
diffraction, polarization, electromagnetic waves, magnetic materials, lasers, fiber
optics, and X-rays.
Modules:
Generation and Propagation of Electromagnetic Waves
Types of Magnetic Materials and Their Properties
Basics of Superconductors
Basics of Lasers and Their Types
Fiber Optics and Its Characteristics
Concepts of Relativity
Synthesis of Nanomaterials and Their Properties
Study of Atomic Arrangement in Crystals
X-Rays: Types and Characteristics
Representation of Particles as Waves
Engineering Physics-I
Engineering Physics-I

12. Engineering Physics-II delves into advanced topics such as wave mechanics,
superconductivity, nano-materials, and the dielectric and magnetic properties
of materials. The course also covers the basics of thermodynamics and
ultrasonics, providing a comprehensive understanding of material
characteristics and their applications.
Modules:
Wave Mechanics
Superconductivity and Nanomaterials
Dielectric and Magnetic Properties of Materials
Crystal Physics and X-Rays
Thermodynamics
Ultrasonics
Engineering Physics-II
Engineering Physics-II

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