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Mathematics
PPC101Pre-Calculus I
Syllabus outline
- Algebraic expressions, exponents and radicals
- Polynomials and factoring
- Functions, their graphs and mathematical models
- Linear, absolute-value and quadratic equations
- Polynomial, rational and radical equations
- Systems of linear and nonlinear equations
PPC112Pre-Calculus II
Syllabus outline
- Exponential functions and growth models
- Logarithmic functions, properties and equations
- Angles, radians and the unit circle
- Trigonometric functions and their graphs
- Inverse trigonometric functions
- Trigonometric identities and equations
- Laws of sines and cosines
- Polar coordinates and graphs
MAT101Calculus I
Syllabus outline
- Graphs, models, functions and trigonometry review
- Limits, continuity and one-sided limits
- Derivatives, tangent lines and rates of change
- Product, quotient and chain rules
- Implicit differentiation
- Rolle’s theorem and the Mean Value Theorem
- Extrema, concavity and optimization
- Antiderivatives, definite integrals and the Fundamental Theorem of Calculus
- Integration by substitution
MAT112Calculus II
Syllabus outline
- Integration by parts
- Curves defined by parametric equations
- Sequences and sequence limits
Physics
PPHYE101Preparatory Physics I
Syllabus outline
- Units, measurement and dimensional analysis
- Vectors and one-dimensional motion
- Two-dimensional motion
- Newton’s laws, forces and friction
- Work, energy and conservation of energy
- Momentum, impulse and collisions
- Circular motion and gravitation
- Torque, equilibrium and rotational dynamics
PPHYE112Preparatory Physics II
Syllabus outline
- Electric charge, Coulomb’s law and electric fields
- Electric flux and Gauss’s law
- Electric potential, capacitance and dielectrics
- Current, resistance, Ohm’s law and power
- DC circuits, Kirchhoff’s laws and RC circuits
- Magnetic fields, forces and Ampère’s law
- Electromagnetic induction, Faraday’s and Lenz’s laws
- Inductance, AC circuits, resonance and transformers
PHU103Mechanics & Waves for Engineers
Syllabus outline
- Units, physical quantities and vectors
- Motion in one, two and three dimensions
- Newton’s laws and applications
- Work, kinetic energy and energy conservation
- Momentum, impulse and collisions
- Rigid-body rotation and rotational dynamics
- Gravitation
- Periodic motion
- Mechanical waves
PHU124Electromagnetism & Waves for Engineers
Syllabus outline
- Coulomb’s law and electric fields
- Gauss’s law and electric potential
- Capacitance
- Current, resistance and circuits
- Magnetic fields and fields due to currents
- Induction and inductance
- Electromagnetic oscillations and alternating current
- Maxwell’s equations and magnetism of matter
- Electromagnetic waves
PPHYM112Physics for Medicine
Syllabus outline
- Measurement, dimensional analysis and physical models
- Kinematics and physiological detection of motion
- Forces, equilibrium and Newton’s laws
- Center of mass, momentum, torque and body levers
- Work, energy and power in the human body
- Gas laws, body pressure and breathing
- Heat, thermodynamics and the respiratory system
- Electric forces, fields and potential
- Nerves, membrane capacitance, defibrillators and current
Chemistry
PCHE101Preparatory Chemistry I
Syllabus outline
- Matter and energy
- Atoms, ions and the periodic table
- Chemical compounds
- Chemical composition
- Electron structure of the atom
- Chemical bonding
- Introduction to organic chemistry
PCHE112Preparatory Chemistry II
Syllabus outline
- Chemical reactions and equations
- Quantities in chemical reactions
- The gaseous state
- Liquid and solid states
- Reaction rates and chemical equilibrium
- Acids and bases
- Oxidation–reduction reactions
CHM102Chemistry
Syllabus outline
- Measurement and properties of matter
- Atomic structure, ions, molecules and compound naming
- Mass relationships in chemical reactions
Life sciences
PHSF101Human Structure & Function I
Syllabus outline
- Cell anatomy and physiology
- Membrane transport and cell division
- Body tissues
- Anatomical terminology, structural organization and homeostasis
- Skin and body membranes
- The skeletal system
- The muscular system
- The nervous system
PHSF112Human Structure & Function II
Syllabus outline
- Blood
- The lymphatic system and body defenses
- The cardiovascular system
- The respiratory system
- The urinary system
- The digestive system
- The endocrine system
- The reproductive system
PBIO112Biochemistry
Syllabus outline
- Molecular chirality
- Carbohydrates and lipids
- Proteins and enzymes
- Neurotransmitters and hormones
- Nucleotides, nucleic acids and heredity
- Gene expression and protein synthesis
- Bioenergetics
- Carbohydrate, lipid and protein metabolism
- Biosynthetic pathways and immunochemistry
Physics labs
PHU103LPhysics Laboratory I
Syllabus outline
- Graphing with Excel and percentage error
- Density measurements
- Free fall and projectile motion
- Atwood’s machine
- Friction coefficients
- Conservation of momentum
- Centripetal force
- Conservation of angular momentum
- Spring constant
- Resonance in strings
PHU124LPhysics Laboratory II
Syllabus outline
- Electric force and Coulomb’s law
- Electric field mapping
- Capacitance
- Voltage dividers and Ohm’s law
- RC circuits
- Magnetic fields of coils
- Faraday’s law of induction
- Capacitors in AC circuits
- Reflection and refraction