Seratus Institute

In CHAPTER 1 A Particle View Of Matter studied about

• Section 1 Phases of Matter
• Section 2 Kinetic Theory of Gases
• Section 3 Atoms and Ions
• Section 4 Relative Atomic Mass & Mass Spectrometry

In CHAPTER 2 Discovering The Atom's Structure studied about

• Section 1 Atomic Models
• Section 2 Spectral Analysis

In CHAPTER 3 Separating Mixtures studied about

• Section 1 Mixtures and Pure Substances
• Section 2 Separation Techniques

In CHAPTER 4 Chemical Formulas studied about

• Section 1 Symbol and formulas
• Section 2 Molecular and Ionic Formulas
• Section 3 Hydrated Formulas
• Section 4 Empirical Formulas
• Section 5 Percentage composition

In CHAPTER 5 Measurements and Data Processing studied about

• Section 1 Designing an Investigation and Risk Assessment
• Section 2 Accuracy, Precision and Errors
• Section 3 Making and Recording Measurements
• Section 4 Data Processing and Significant Figures

In CHAPTER 6 Chemical Equations studied about

• Section 1 Chemical Change
• Section 2 Balancing Chemical Equations
• Section 3 Net Ionic Balancing
• Section 4 Sequential Reactions

In CHAPTER 7 Electronic Structure and The Periodic Table studied about

• Section 1 The Periodic table, Periodicity and Periodic Trends
• Section 2 Electron Configuration

In CHAPTER 8 Chemical Bonding studied about

• Section 1 Classes of Substance
• Section 2 Metallic Bonding
• Section 3 Ionic Bonding
• Section 4 Covalent Bonding
• Section 5 Covalent Network and Carbon Allotropes
• Section 6 Nanotechnology

In CHAPTER 9 Periodic Trends studied about

• Section 1 Atomic Radius
• Section 2 First Ionization Energy
• Section 3 Electronegativity 
• Section 4 Valence Electrons and Bonding Capacity
• Section 5 Metallic and Non-metallic Properties

In CHAPTER 10 Introducing Moles studied about

• Section 1 Molar Mass
• Section 2 Relating moles, Mass and Gas Volumes

In CHAPTER 11 Stoichiometry studied about

• Section 1 Calculations Involving Mass and Moles
• Section 2 Mass to Volume Calculation
• Section 3 Mass to Mass Calculation and Limiting Reagents

In CHAPTER 12 Hydrocarbon studied about

• Section 1 Alkanes
• Section 2 Alkenes
• Section 3 Cycloalkanes and Benzene
• Section 4 Hydrocarbons Nomenclature
• Section 5 Reaction 
• Section 6 Sources and Uses

In CHAPTER 13 Energy Flow and Chemical Change studied about

• Section 1 Energy Changes
• Section 2 Fuels

In CHAPTER 14 Reaction Rate studied about

• Section 1 Introducing Rate
• Section 2 Collision Theory and Energy Profile
• Section 3 Factors Affecting Rate
• Section 4 Catalysis & Enzyme

In CHAPTER 15 Intermolecular Forces studied about

• Section 1 Molecular Shape
• Section 2 Electronegativity and Polarity
• Section 3 Intermolecular Forces

In CHAPTER 16 Solutions studied about

• Section 1 Solution, Solutes and Dissolving Process
• Section 2 Solvation and Ionic Solubility
• Section 3 Precipitation Reactions
• Section 4 Solution Concentration
• Section 5 Drinking Water

In CHAPTER 17 Acids and Bases studied about

• Section 1 Acid-Base Properties and Reactions
• Section 2 Ionization of water and pH
• Section 3 Arrhenius Theory
• Section 4 Strong and Weak Acids Bases
• Section 5 Acid-Base Properties of Metal and Nonmetal Oxides

In CHAPTER 18 Stoichiometry of Solutions studied about

• Section 1 Stoichiometry Involving Solution

In CHAPTER 19 Chromatography studied about

• Section1 Paper Chromatography
• Section 2 Column Chromatography
• Section 3 Thin Layer Chromatography
• Section 4 Instrumaental Chromatography

In CHAPTER 01 ALGEBRA studied about

• SECTION 1 TYPE OF NUMBERS
• SECTION 2 ROUNDING
• SECTION 3 DIRECT AND INVERSE PROPORTION
• SECTION 4 USE OF ALGEBRA
• SECTION 5 PASCAL TRIANGLE

In CHAPTER 02 CONSUMER ARITMATIC studied about

• SECTION 1 INTRODUCTION TO PERCENTAGE
• SECTION 2 INCREASE AND DECREASE PERCENTAGES
• SECTION 3 SIMPLE INTEREST
• SECTION 4 COMPOUND INTEREST
• SECTION 5 FOREIGN EXCHANGE

In CHAPTER 03 SIMILARITY AND CONGRUENCE studied about

• SECTION 1 SIMILARITY
• SECTION 2 CONGRUENCE

In CHAPTER 04 SURFACE AREA AND VOLUME studied about

• SECTION 1 PRISM
• SECTION 2 PYRAMID
• SECTION 3 SPHERES

In CHAPTER 05 RADIAN MEASURE studied about

• SECTION 1 ARC, SECTOR AND SEGMENT
• SECTION 2 RADIANS
• SECTION 3 RADIANS AND DEGREES
• SECTION 4 ARC, SECTOR AND SEGMENT REVISITED

In CHAPTER 06 MATRICES studied about 

• SECTION 1 DEFINITION OF MATRICES (ADDING, SUBTRACTING AND MULTIPLYING BY A NUMBERS)
• SECTION 2 EQUAL MATRICES
• SECTION 3 MULTIPLYING MATRICES
• SECTION 4 MULTIPLICATIVE IDENTITY MATRICES
• SECTION 5 INVERSE MATRICES
• SECTION 6 SOLVING SYSTEM EQUATION
• SECTION 7 3 X 3 MATRICES

In CHAPTER 07 LINEAR FUNCTION studied about

• SECTION 1 STRAIGHT LINE GRAPH
• SECTION 2 LINES THAT PARALLEL TO AXIS
• SECTION 3 DIRECT PROPORTION AND STRAIGHT LINE GRAPH
• SECTION 4 MIDPOINT, GRADIENT AND LENGTH OF THE LINE
• SECTION 5 DETERMINING THE EQUATION OF A STRAIGHT LINE
• SECTION 6 PARALLEL AND PERPENDICULAR LINES

In CHAPTER 08 TRIGONOMETRY Studied about

• SECTION 1 PYTHAGORAS AND TRIGONOMETRY
• SECTION 2 RELATED ANGLE
• SECTION 3 AREA OF TRIANGLE
• SECTION 4 THE SINE RULE
• SECTION 5 THE COSINE RULE
• SECTION 6 EXACT VALUE AND THE ANGLE OF INCLINATIONS OF A LINE

In CHAPTER 09 TRIGONOMETICAL FUNCTIONS AND EQUATION studied about

• SECTION 1 THE GRAPH OF SIN
• SECTION 2 THE GRAPH OF COS
• SECTION 3 THE GRAPH OF TAN
• SECTION 4 THE TRIGONOMETRIC VALUE IN ANY QUADRANT
• SECTION 5 SECANT, COSECANT AND COTANGENT
• SECTION 6 PYTHAGOREAN IDENTITIES
• SECTION 7 ANGLE SUM AND DIFFERENCE
• SECTION 8 DOUBLE ANGLE INDENTIES
• SECTION 9 PRODUCT TO SUM AND SUM TO PRODUCT
• SECTION 10 SOLVING TRIGONOMETRIC EQUATION
• SECTION 11 A COS X + B SIN X
• SECTION 12 MODELING PERIODIC MOTION

In CHAPTER 10 TRANSFORMATIONS MATRICES Studied about

• SECTION 1 TRANSFORMATIONS AND MATRICES
• SECTION 2 DETERMINING THE MATRIX FOR A PARTICULAR TRANSFORMATIONS
• SECTION 3 THE DETERMINAN OF A TRANSFORMATIONS MATRIX
• SECTION 4 THE INVERSE OF A TRANSFORMATIONS MATRIX
• SECTION 5 COMBINING TRANSFORMATIONS
• SECTION 6 A GENERAL ROTATION ABOUT ORIGIN OR REFLECTION IN A LINE PASSTROUGH THE ORIGIN

In CHAPTER 11 EXPLORING DATA studied about

• SECTION 1 LOOKING AT THE DATA
• SECTION 2 STEAM AND LEAF DIAGRAM
• SECTION 3 CATEGORICAL OR QUALITALITATIVE DATA
• SECTION 4 NUMERICAL OR QUANTITATIVE DATA
• SECTION 5 MEASURE OF CENTRAL TENDENCY
• SECTION 6 FREQUENCY DISTRIBUTION
• SECTION 7 GROUPED DATA
• SECTION 8 MEASURE OF SPREAD TENDENCY
• SECTION 9 WORKING WITH ASUMMED MEAN

In CHAPTER 12 REPRESENTING AND INTERPRETING DATA studied about

• SECTION 1 HISTOGRAMS
• SECTION 2 MEASURE OF CENTRAL TENDENCY AND OF SPREADS USING QUARTILE
• SECTION 3 CUMULATIVE FREQUENCY CURVE

In CHAPTER 13 PROBABILITY Studied about

• SECTION 1 MEASURING PROBABILITY
• SECTION 2 ESTIMATING PROBABILITY
• SECTION 3 EXPECTATIONS
• SECTION 4 PROBABILITY OF EITHER ONE EVENT OR ANOTHER
• SECTION 5 INDEPENDENT AND DEPENDENT EVENT
• SECTION 6 CONDITIONAL PROBABILITY

In CHAPTER 14 PERMUTATIONS AND COMBINATIONS Studied about

• SECTION 1 FACTORIALS
• SECTION 2 PERMUTATION
• SECTION 3 COMBINATIONS
• SECTION 4 BINOMIAL COEFFICIENT AND PASCAL’S TRIANGLE
• SECTION 5 USING BINOMIAL COEFFICIENT
• SECTION 6 BINOMIAL DISTRIBUTIONS

In CHAPTER 15 NORMAL DISTRIBUTIONS studied about

• Section 1 USING NORMAL DISTRIBUTION TABLES
• Section 2 THE NORMAL CURVE
• Section 3 MODELLING DISCRETE SITUATIONS
• Section 4 USING THE NORMAL DISTRIBUTION AS AN APPROXIMATION FOR THE BINOMIAL DISTRIBUTION

In CHAPTER 1 MOTION studied about

• Section 1 MOVEMENT ALONG STRAIGHT LINE
• Section 2 CONSTANT ACCELERATION ALONG A STRAIGHT LINE
• Section 3 PROJECTILE MOTION

In CHAPTER 2 FORCE studied about

• Section 1 FORCE : ACTION by ONE THING to ANOTHER
• Section 2 GRAVITATIONAL EFFECTS ON MASS
• Section 3 NEWTON'S LAWS

In CHAPTER 3 WORK ENERGY & IMPULSE studied about

• Section 1 ENERGY
• Section 2 WORK
• Section 3 WORK AND ENERGY TRANSFERS NEAR EARTH

In CHAPTER 4 MOTION IN ONE & TWO DIMENSION studied about

• Section 1 MOVEMENT OF FREE FALLING BODIES IN EARTH'S GRAVITATIONAL FIELD
• Section 2 THE VECTOR NATURE OF GRAVITATIONAL FORCE
• Section 3 PROJECTILE MOTION
• Section 4 CIRCULAR MOTION
• Section 5 TORQUE & ROTATION
• Section 6 EQUILIBRIUM

In CHAPTER 5  GRAVITY studied about

• Section 1 UNIVERSAL GRAVITATION
• Section 2 GRAVITY & FIELDS
• Section 3 GRAVITATIONAL POTENTIAL ENERGY
• Section 4 MODELS OF PLANETARY MOTION

In CHAPTER 6 ELECTRIC FIELDS studied about

• Section 1 THE ELECTRIC FIELD
• Section 2 COULOMB's LAW
• Section 3 ENERGY TRANSFER & TRANSFORMATION OF ELECTRIC FIELDS

In CHAPTER 7 MAGNETIC FIELDS studied about

• Section 1 THE MAGNETIC FIELD
• Section 2 SOURCE OF MAGNETIC FIELDS

In CHAPTER 8 ELECTROMAGNETISM studied about

• Section 1 ELECTROMAGNETIC INDUCTION
• Section 2 APPLICATION OF ELECTROMAGNETISM
• Section 3 GENERATORS
• Section 4 TRANSFORMERS
• Section 5 ELECTRIC MOTORS
• Section 6 ELECTROMAGNETIC WAVES

In CHAPTER 9 EINSTEIN'S SPECIAL RELATIVITY studied about

• Section 1 THE NATURE OF LIGHT
• Section 2 FRAMES OF REFERENCE AND RELATIVITY
• Section 3 THE AETHER AND PROBLEMS WITH CLASSICAL RELATIVITY
• Section 4 EINSTEIN'S THEORY OF SPECIAL RELATIVITY
• Section 5 EINSTEIN'S FAMOUS EQUATION
• Section 6 MASS DEFECT IN NUCLEAR PHYSICS

In CHAPTER 10 QUANTUM THEORY & LIGHT studied about

• Section 1 THE NATURE OF LIGHT
• Section 2 BLACK BODY RADIATION
• Section 3 QUANTISATION AND THE PHOTOELECTRIC EFFECT

In CHAPTER 11 QUANTUM THEORY & MATTER studied about

• Section 1 ATOMIC SPECTRA
• Section 2 THE BOHR MODEL
• Section 3 WAVES AND PARTICLE
• Section 4 MODERN QUANTUM MECHANICS - PROBABILITY AND UNCERTAINTY