Last updated on September 2nd, 2023 at 03:35 pm

## Introduction:

Physics can be a challenging subject for many students, filled with complex calculations and intricate concepts. For some, the lack of access to a physics teacher can make the journey even more difficult. However, there’s a resource that can make all the difference: “All-Inclusive Calculations in Physics” by Solomon Dauda Yakwo. This comprehensive science textbook is tailored to help students overcome common challenges in physics and excel in their studies. In this article, we’ll explore why this book is essential for physics students and how it can be a game-changer in their academic journey.

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## Part 1 for SS1: Mastering the Fundamentals of Physics Calculations

**Chapter 1: Speed, Velocity, and Acceleration**

– Understanding Speed and Velocity

– Exploring Rectilinear Acceleration

– Equations of Uniformly Accelerated Motion

– Problem Solving Using Equations of Motion

– Instantaneous Velocity and Instantaneous Acceleration

– Graphical Solution To Problems In Rectilinear Acceleration

– Motion under Gravity: Gravitational Acceleration

– Exercise 1

**Chapter 2: Friction**

– Demystifying Friction

– Exercise 2

**Chapter 3: Elastic Properties of Solids**

– Exploring Young’s Modulus

– Work Done In Springs and Elastic Strings

– Exercise 3

**Chapter 4: Linear, Area, and Cubic Expansivities**

– Understanding Linear Expansivity

– Area and Cubic Expansivities

– Real and Apparent Expansivities

– Exercise 4

**Chapter 5: Work, Energy, and Power**

– Grasping the Concepts of Work and Energy

– Electrical Field: Current Electricity

– Electric Current

– Ohm’s Law

– Series and Parallel Arrangement of Resistors and Cells

– E.m.f, Internal Resistance, Terminal p.d, and Lost Volt

– Exercise 6

**Chapter 7: Electrical Energy and Power**

– Unpacking Electrical Energy and Power

– Electrical Heat Energy

– Exercise 7

**Chapter 1: Scalar and Vector**

– Navigating Scalar and Vector Quantities

– Vector Addition

– Two Parallel Forces Acting in the Same Direction

– Two Forces Acting In Opposite Directions in a Straight Line

– Two Forces Acting Perpendicularly

– Two Forces Acting at Acute Angles

– More Than Two Forces Acting at a Point

– Vector Resolution

– Exercise 1

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## Part 2 for SS2: Beyond the Basics – Advanced Physics Topics

**Chapter 2: Projectiles**

– Understanding Projectile Motion

– Objects Projected Horizontally From a Height

– Objects Projected at an Angle to the Horizontal

– Exercise 2

**Chapter 3: Equilibrium of Forces**

– Mastering the Principles of Force Equilibrium

– Moment of a Force

– Moment of a Couple

– Triangle of Forces

– Exercise 3

**Chapter 4: Equilibrium of Bodies in Liquid**

– Applying Archimedes’ Principle

– Calculating Density and Relative Density

– Exercise 4

**Chapter 5: Circular & Simple Harmonic Motion**

– Exploring Circular Motion

– Understanding Simple Harmonic Motion

– Analyzing Simple Pendulums

– Energy of Simple Harmonic Motion

– Exercise 5

**Chapter 6: Linear Momentum: Newton’s Law of Motion**

– Delving into Linear Momentum

– Force, Impulse, and Momentum

– Conservation of Linear Momentum

– Exploring Explosions: Recoil of a Gun

– Jet and Rocket Propulsion

– Weight of a Body in a Lift

– Exercise 6

**Chapter 7: Machines**

– Understanding Mechanical Advantage, Velocity Ratio, and Efficiency

– Types of Machines

– The Pulley or Block and Tackle System

– The Inclined Plane

– The Screw

– The Wheel and Axle

– Gear Wheels

– Exercise 7

**Chapter 8: Temperature and Its Measurement**

– Exploring Temperature Scales

– Conversion Between Temperature Scales

– Thermometric Calculations

– Understanding Liquid-in-glass Thermometers

– Analyzing Resistance Thermometers

– Investigating Gas Thermometers

– Exercise 8

**Chapter 5: Energy Quantization and Wave-Particle Paradox**

– Unpacking Energy Quantization

– Understanding Electron Volt and Kinetic Energy

– Photoelectric Effect: Einstein’s Equation

– Exploring Stopping Potential

– Investigating Wave-Particle Duality

– Introducing the Heisenberg Uncertainty Principle

– Exercise 6

**Chapter 7: Radioactivity and Nuclear Reaction**

– Understanding Radioactivity

– Equations of Radioactive Disintegration and Half-life

– Decay Constant

– Relation Between Decay Constant and Disintegrating Ratio

– Disintegrating Ratio and Graphical Solutions

– Transformation of Elements Through Radioactivity

– Nuclear Reactions and Binding Energy

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## Part 3 for SS3 : Advanced Physics Topics

**Chapter 1: Gravitational Field**

– Gravitational Force

– Gravitational Potential

– Gravitational Field Intensity

– Weight of Objects in Space

– Escape Velocity

– Exercise 1

**Chapter 2: Electric Field: Static Electricity**

– Coulomb’s Law

– Electric Field Intensity

– Electric Potential and Potential Difference

– Electron Volt

– Capacitors and Capacitance

– Series and Parallel Arrangement of Capacitors

– Parallel Connection

– Series Connection

– Combined Series and Parallel Connection

– Energy Stored In Capacitor

– Exercise 2

**Chapter 3: Electric Field: Current Electricity**

– Resistivity and Conductivity

– Galvanometer Conversion: Shunt and Multiplier

– Conversion of Galvanometer to Ammeter

– Conversion of Galvanometer to Voltmeter

– Potentiometer

– Wheatstone Bridge

– Meter Bridge

– Exercises

**Chapter 4: Electrolysis, Magnetic, and Electromagnetic Fields**

– Electrolysis and Faraday’s Laws

– Faraday’s First Law of Electrolysis

– Faraday’s Second Law of Electrolysis

– Electrochemical Equivalent

– Exercise 4A

– Understanding Magnetic Fields

– Exercise 4B

**Chapter 5: Simple A.C. Circuit**

– Peak and Root Mean Square Values

– Reactance and Impedance

– A.C. Circuit Containing Only Resistor

– A.C. Circuit Containing Only Inductor

– A.C. Circuit Containing Only Capacitor

– A.C. Circuit Containing Only Inductor and Resistor

– A.C. Circuit Containing Only Resistor and Capacitor

– A.C. Circuit Containing Only Inductor and Capacitor

– A.C. Circuit Containing Resistor, Inductor, and Capacitor

– Resonance in A.C. Circuit

– Power in A.C. Circuit

– Exercise 5

**Chapter 6: Energy Quantization and Wave-Particle Paradox**

– Energy Quantization

– Electron Volt and Kinetic Energy

– Photoelectric Effect: Einstein’s Equation

– Stopping Potential

– Wave-Particle Duality

– Heisenberg Uncertainty Principle

– Exercise 6

**Chapter 7: Radioactivity and Nuclear Reaction**

– Understanding Radioactivity

– Equations of Radioactive Disintegration and Half-life

– Decay Constant

– Relation Between Decay Constant and Disintegrating Ratio

– Disintegrating Ratio and Graphical Solutions

– Transformation of Elements Through Radioactivity

– Nuclear Reactions and Binding Energy

– Exercise 7

## Appendix

– Additional resources and information

## Conclusion:

In summary, “All-Inclusive Calculations in Physics” by Solomon Dauda Yakwo is an indispensable resource for physics students. It simplifies complex calculations, bridges the gap between theory and practice, and aids in exam preparation. With this book in hand, students can boost their confidence and competence in solving physics problems. Whether you’re a senior secondary school student or a pre-degree candidate, this book is a must-have companion on your physics journey.

Download “All-Inclusive Calculations in Physics” today and empower yourself to conquer the challenges of physics with ease.