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MATRICULATION SCIENCE
SCIENCE (SDS)
BIOLOGY
SB015
Topic 1 : Molecules of Life
1.1 Water
1.2 Carbohydrates
1.3 Lipids
1.4 Proteins
1.5 DNA and RNA Molecules
STUDENT RESOURCES
Topic 2 : Cell Structures and Function
2.1 Prokaryotic and eukaryotic cells
2.2 Structures and functions: cell membrane and organelles
2.3 Cells are grouped into tissues
2.4 Cell transport
2.5 Basic Technique of Microscopy
2.6 Plant Tissue
2.7 Transport Across Membrane
STUDENT RESOURCES
Topic 3 : Cell Division
3.1 The cell cycle
3.2 Mitosis
3.3 Meiosis
3.2 Mitosis
3.3 Meiosis
3.4 Cell Division: Mitosis (Experiment 4)
STUDENT RESOURCES
Topic 4 : Genetic Inheritance
4.1 Mendelian genetics: monohybrid and dihybrid
4.2 Deviations from the Mendelian Inheritance
4.3 Genetic mapping
4.4 Inheritance
STUDENT RESOURCES
Topic 5 : Population Genetics
5.1 Gene pool concept
5.2 Hardy-Weinberg Law
STUDENT RESOURCES
Topic 6 : Expression of Biological Information
6.1 DNA and genetic information
6.2 DNA Replication
6.3 Protein synthesis: transcription and translation
6.4 Gene regulation and expression – lac operon
STUDENT RESOURCES
Topic 7 : Mutation
7.1 Overview the classification and types of mutation
7.2 Gene mutation
7.3 Chromosomal mutation
STUDENT RESOURCES
Topic 8 : Recombinant DNA Technology
8.1 Recombinant DNA Technology
8.2 Methods in Gene Cloning
8.3 Application of Recombinant DNA Technology
8.4 Isolating DNA
STUDENT RESOURCES
Topic 9 : Reproduction and Development
9.1 Sexual Reproduction in Flowering Plants
9.2 Human Reproductive System
9.3 Fertilization and Foetal Development
9.4 Roles of hormones during pregnancy and parturition
9.5 Growth patterns in human and plants
STUDENT RESOURCES
SB025
Topic 1 : Biodiversity
1.1 Biodiversity and classification
1.2 Domain Bacteria and Domain Archea
1.3 Diversity of Bacteria
1.4 Domain Eukarya: Kingdom Protista
1.5 Domain Eukarya: Kingdom Plantae
1.6 Domain Eukarya: Kingdom Plantae
1.7 Domain Eukarya: Kingdom Animalia
Students Resources
Topic 2 : Ecology
2.1 Ecosystem concept
2.2 Energy flow through ecosystem
2.3 Biogeochemical cycle
2.4 Conservation and management
2.5 Population Ecology
Students Resources
Topic 3 : Selection and Speciation
3.1 Selection
3.2 Speciation
Students Resources
Topic 4 : Biocatalysis
4.1 properties of enzyme and Mechanism of action
4.2 Cofactor
4.3 Inhibitor
4.4 Biocatalysis
Students Resources
Topic 5 : Cellular Respiration
5.1 Aerobic respiration
5.2 Fermentation and its application
5.3 Cellular Respiration
Students Resources
Topic 6 : Photosynthesis
6.1 Overview of photosynthesis
6.2 Absorption spectrum of photosynthetic pigments
6.3 Light dependent reaction
6.4 Light independent reaction/ Calvin cycle
6.5 Alternative mechanism of carbon fixation
Students Resources
Topic 7 : Gaseous Exchange
7.1 Gaseous exchange and control in mammals
7.2 Roles of chemoreceptors in controlling breathing
7.3 Gaseous exchange and control in plants
Students Resources
Topic 8 : Transport
8.1 Mammalian heart and its regulation
8.2 Human lymphatic system
8.3 Transport in plants
Students Resources
Topic 9 : Homeostasis
9.1 Concept of homeostasis
9.2 Negative feedback mechanism
9.3 Human homeostatic organ : Structure and function of kidney
Students Resources
Topic 10 : Coordination
10.1 Nervous system
10.2 Mechanism of muscle contraction
10.3 Hormones in mammals
10.4 Photoperiodism
Students Resources
Topic 11 : Immunity
11.1 Immune Response
11.2 Antibody
11.3 Lymphocyte Development
11.4 Development of Adaptive Immunity
11.5 Immunization
11.6 Health issue related to immune response
Students Resources
CHEMISTRY
SK015
PRACTICAL CLASS
Topic 1 : Matter
1.1 Atoms and molecules
1.2 Mole concept
1.3 Stoichiometry
Lecture Quiz
Student Resources
Topic 2 : Atomic Structure
2.1 Bohr's atomic model
2.2 Quantum mechanics
2.3 Electronic configuration
Lecture Quiz
Student Resources
Topic 3 : Periodic Table
3.1 Classification of element
3.2 Periodicity
Student Resources
Topic 4 : Chemical Bonding
4.1 Lewis structure
4.2 Molecular shape & polarity
4.3 Orbital overlapping & hybridisation
4.4 Intermolecular forces
4.5 Metallic bond
Student Resources
Topic 5 : State of Matter
5.1 Gas
5.2 Liquids
5.3 Solids
5.4 Phase Diagram
Student Resources
Topic 6 : Chemical Equilibrium
6.1 Dynamic equilibrium
6.2 Equilibrium constant
6.3 Le Chatelier's principle
Student Resources
Topic 7 : Ionic Equilibrium
7.1 Acid and bases
7.2 Acid base titrations
7.3 Solubility equilibria
Student Resources
SK025
PRACTICAL CLASS
UPS & MOCK UPS
Topic 1 : Reaction Kinetics
1.1 Reaction rate
1.2 Collision theory
1.3 Factors affecting reaction rate
STUDENT RESOURCES
Topic 2 : Thermochemistry
2.1 Concept of enthalpy
2.2 Calorimetry
2.3 Hess's Law
2.4 Born-Haber cycle
Topic 3 : Electrochemistry
3.1 Galvanic Cell
3.2 Eletrolytic Cell
STUDENT RESOURCES
Topic 4 : Introduction to Organic Chemistry
4.1 Molecular and structural formula
4.2 Functional group and homologous series
4.3 Isomerisme
4.4 Reactions of organic compounds
Topic 5 : Hydrocarbons
5.1 Alkanes
5.2 Alkenes
Topic 6 : Benzene & Its Derivatives
6.1 Introduction
6.2 Nomenclature
6.3 Chemical properties
GAME PRACTICE
Topic 7 : Haloalkanes (Alkyl Halides)
7.1 Introduction
7.2 Chemical properties
7.3 Mechanism SN1 & SN2
Topic 8 : Hydroxy Compounds
8.1 Introduction
8.2 Physical properties
8.3 Preparation
8.4 Chemical properties
8.5 Phenol
Topic 9 : Carbonyl Compounds
9.1 Introduction
9.2 Preparation
9.3 Chemical properties
Topic 10 : Carboxlic Acids & Its Derivatives
10.1 Introduction
10.2 Physical properties
10.3 Preparation
10.4 Chemical properties
Topic 11 : Amines
11.1 Introduction
11.2 Physical properties
11.3 Preparation
11.4 Chemical properties
Topic 12 : Amino Acids
12.1 Introduction
12.2 Chemical properties
PHYSICS
SP015
Topic 1 : Physical Quantities and Measurements
1.1 : Dimensions of physical quantities
1.2 : Scalars and vectors
Students Resources
Topic 2 : Kinematics of Linear Motion
2.1 : Linear motion
2.2 : Uniformly accelerated motion
2.3 : Projectile motion
Students Resources
Topic 3 : Dynamics of Linear Motion
3.1 : Momentum and impulse
3.2 : Conservation of linear momentum
3.3 : Basic of forces and free body diagram
3.4 : Newton’s laws of motion
Students Resources
Topic 4 : Work, Energy and Power
4.1 : Work
4.2 : Energy and conservation of energy
4.3 : Power
Students Resources
Topic 5 : Circular Motion
5.1 : Parameters in circular motion
5.2 : Uniform circular motion
5.3 : Centripetal force
Students Resources
Topic 6 : Rotation of Rigid Body
6.1 : Rotational kinematics
6.2 : Equilibrium of a uniform rigid body
6.3 : Rotational dynamics
6.4 : Conservation of angular momentum
Students Resources
Topic 7 : Oscillations and Waves
7.1 : Kinematics of simple harmonic motion
7.2 : Graphs of simple harmonic motion
7.3 : Period of simple harmonic motion
7.4 : Properties of waves
7.5 : Superposition of waves
7.6 : Application of standing waves
7.7 : Doppler effect
Students Resources
Topic 8 : Physics of Matter
8.1 : Stress and strain
8.2 : Young’s Modulus
8.3 : Heat conduction
8.4 : Thermal expansion
Students Resources
Topic 9 : Kinetic Theory of Gases and Thermodynamics
9.1 : Kinetic theory of gases
9.2 : Molecular kinetic energy and internal energy
9.3 : First Law of Thermodynamics
9.4 : Thermodynamics processes
9.5 : Thermodynamics work
Students Resources
SP025
Topic 1 : Electrostatics
1.1 : Coulomb's Law
1.2 : Electric field
1.3 : Electric potential
1.4 : Charge in a uniform electric field
Students Resources
Topic 2 : Capacitors and Dielectrics
2.1 : Capacitance and capacitors in series and parallel
2.2 : Charging and discharging of capacitors
2.3 : Capacitors with dielectrics
Students Resources
Topic 3 : Electric Current and Direct-Current Circuits
3.1 : Electric current
3.2 : Ohm's Law and resistivity
3.3 : Variation of resistance with temperature
3.4 Electromotive force (emf), internal resistance and potential difference
3.5 : Resistors in series and parallel
3.6 : Kirchhoff's Rules
3.7 : Electrical energy and power
3.8 : Potential divider
3.9 : Potentiometer
Students Resources
Topic 4 : Magnetism
4.1 : Magnetic field
4.2 : Resultant magnetic field produced by current-carrying conductor
4.3 : Force on a moving charged particle in a uniform magnetic field
4.4 Force on a current-carrying conductor particle in a uniform magnetic fi
4.5 : Forces between two parallel current-carrying conductors
4.6 : Application of motion of charged particle
Students Resources
Topic 5 : Electromagnetic Induction
5.1 : Magnetic flux
5.2 : Induced emf
5.3 : Self-inductance
5.4 : Energy stored in inductor
5.5 : Mutual inductance
Students Resources
Topic 6 : Alternating Current
6.1 : Alternating current
6.2 : Root mean square (rms)
6.3 : Resistance, reactance and impedance
6.4 : Power and power factor
Students Resources
Topic 7 : Optics
7.1 : Reflection at a spherical surface
7.2 : Refraction at a spherical surface
7.3 : Thin lenses
7.4 : Huygens' Principle
7.5 : Constructive and destructive interferences
7.6 : Interference of reflected light through double-slits
7.7 : Interference of reflected light in thin films
7.8 : Diffraction by a single slit
7.9 : Diffraction grating
Students Resources
Topic 8 : Wave Properties of Particle
8.1 : De Broglie wavelength
8.2 : Electron diffraction
Students Resources
Topic 9 : Nuclear and Particle Physics
9.1 : Binding energy and mass defect
9.2 : Radioactivity
9.3 : Particle accelerator
9.4 : Fundamental particle
Students Resources
COMPUTER SCIENCE
SC015
Topic 1 : Computer System
1.1 System Concept
1.2 Number System and Representation
1.3 Information Coding Scheme
1.4 Logic Gate and Simple Logic Circuit
Students Resources
Topic 2 : Internet Technology
2.1 Basic Concept of Network
2.2 Network Architecture
2.3 Classification of Network
2.4 Introduction To The Internet
2.5 The Broadband Internet Connection
2.6 The Internet Address
Student Resources
Topic 3 : Computer Ethics and Security
3.1 Areas of computer ethics
3.2 Netiquette
Student Resources
Topic 4 : Multimedia
Topic 5 : Database
Topic 6 : System Development Life Cycle
6.1 : System Development Life Cycle
SC025
Topic 1 : Introduction to Programming
Programming Language
Programming Paradigm
Translator
Students' Resources
Teachers' Resources
Topic 2 : Approach in Problem Solving
Steps in Problem Solving
Problem Analysis
Students' Resources
Teachers' Resources
Topic 3 : Design a Solution
Algorithm
Control Structure and Algorithm
Control Structure in Computational Problem Solving
Students' Resources
Teachers' Resources
Topic 4 : Java Language
4.1 Introduction to Java Program
4.2 Identifiers, data types, operators and expressions
4.3 Use of control structure
4.4 Array
4.5 Method
4.6 Java Program
Students' Resources
Teachers' Resources
MATHEMATICS
SM015
Topic 1 : Number Systems
1.1 : Real Numbers
1.2 : Complex numbers
Topic 2 : Equations, Inequalites & Absolute Values
2.1 : Equations
2.2 : Inequalities
2.3 : Absolute values
Topic 3 : Sequences & Series
3.1 : Sequences & Series
3.2 : Binomial expansion
Topic 4 : Matrices & Systems of Linear Equations
4.1 : Matrices
4.2 : Determinant of matrices
4.3 : Inverse of a matrix
4.4 : System of linear equations up to three variabes
Topic 5 : Functions & Graphs
5.1 : Functions
5.2 : Composite functions
5.3 : Inverse functions
5.4 : Exponential & logarithmic functions
5.5 : Trigonometric functions
Topic 6 : Polynomials
6.1 : Polynomials
6.2 : Remainder theorem, factor theorem and zeros of polynomials
6.3 : Partial fractions
Topic 7 : Trigonometric Functions
7.1 : Trigonometric ratios and identities
7.2 : Compound angles
7.3 : Soltions of trigonometric equations
Topic 8 : Limits & Continuity
8.1 : Limits
8.2 : Asymptotes
8.3 : Continuity
Topic 9 : Differentiation
9.1 : Derivative of a function
9.2 : Rules of differentiation
9.3 : Differentiation of exponential, logarithmic & trigonometric functions
9.4 : Implicit differentiation
9.5 : Parametric differentiation
Topic 10 : Applications of Differentiation
10.1 : Extremum problems
10.2 : Rate of change
SM025
Topic 1 : Numerical Solution
1.1 : Numerical solution of equations
1.2 : Newton-Raphson method
Topic 2 : Integration
2.1 : Integration of functions
2.2 : Integration of trigonometric functions
2.3 : Techniques of integration
2.4 : Definite integrals
2.5 : Trapezoidal rule
Topic 3 : First Order Differential Equations
3.1 : Separable variables
3.2 : First order linear differential equations
3.3 : Applications
Topic 4 : Conics
4.1 : Circles
4.2 : Ellipses
4.3 : Parabolas
Topic 5 : Vectors
5.1 : Vectors in three dimensions
5.2 : Scalar product
5.3 : Vectors product
5.4 : Applications of vectors in geometry
Topic 6 : Data Description
6.1 : Introduction to data
6.2 : Measures of location
6.3 : Measures of dispersion
Topic 7 : Probability
7.1 : Probability
7.2 : Probability involving permutations & combinations
Topic 8 : Random Variables
8.1 : Discrete random variables
8.2 : Continuous random variables
Topic 9 : Special Probability Distributions
9.1 : Binomial Distribution
9.2 : Poisson Distribution
9.3 : Normal Distribution
9.4 : Distribution approximation
ENGLISH
PENDIDIKAN ISLAM DAN MORAL
PENGAJIAN AM MATRIKULASI
KOKURIKULUM
PORTAL CERDAS
MATRICULATION SCIENCE
Topic
2
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Atomic structure
LEARNING OUTCOMES
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