Physics 1.0

Physics 1.0 is a text on physics that explains, shows illustrate demonstrate the simple nature of physics.

It is a text written in simplicity and clarity, in both words, statements, and illustration. It also have illustrative diagrams/drawings, charts, tables and graphics.

This text is only based on the derivation of O level physics formula having their SI units at the right hand side of each formula in brackets.

All aspect of O. Level physics such as mechanics, fluids, thermo equation, optics, waves, electricity and magnetism, and touched including same A. level physics which are projection, circular motion, SHM and fields are not left untouched.

In the above mentioned topics, e.g mechanics, the important sub-leading, e.g. force etc, is more explained in simplicity and clarity than a text book that it's aim is on the general teaching of the sub-topic, I.e. that does not only deal with formula derivations.

The frequent formula that are mostly used in calculation are in rectangular boxes while the auxiliary formula, I.e. those leading to or helping the derivation of other formula are not in rectangular boxes. The definition, theories, statements, laws etc are also in rectangular boxes.

For the proper understanding of this text, are should have good knowledge and understanding of most mathematical/calculative laws, such as indices, division and cross division, multiplication and cross multiplication, directed and signed number, expansion and removal of brackets etc.

----Table of content-----

Dedication

Introduction

I.Mechanics

_____1.Velocity, displacement, Acceleration, and Time

_____2.Acceleration due to gravity

_____3.Component of Forces

_____4.Force

_____5.Momentum

_____6.Energy and power

_____7.Machines

II.Fluid

_____8.Upthrust

_____9.Pressure in fluids

_____10.Hooke’s Law and Young’s Modulus

III.Thermo Equations

_____11.Expansions

_____12.Heat change

_____13.Fusion

_____14.Other heats

IV.Optics

_____15.Image in a Pin-hole Camera

_____16.Mirrors and Lens

_____17.Refraction and Critical angle value

V.Wave Motion

_____18.Terms used in describing waves

_____19.Measurement of wave length of light

_____20.Fundamental formula for the frequency of plugged string

VI.Electricity

_____21.Series and parallel connections

_____22.Meter connections

_____23.EMF and circuit

_____24.Resistivity

_____25.Electric power and Energy

_____26.Electrolysis

VII.Magnetism

_____27.Transformers

VIII.Projectiles

_____28.Vertical and horizontal motions

IX.Circular Motions

_____29.Circular motion

X.S.H.M

_____30.Motions of a simple pendulum

XI.Fields

_____31.Gravitational field, G

_____32.Electrical field, E

_____33.Magnetic field