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CCC加拿大化学冲刺课（20H）
CCC加拿大化学思维挑战，是加拿大学术性权威性超高的化学赛事之一，适合9-10年级学生及化学竞赛入门选手。新赛季将在2026年4月举行，冲刺班节奏较快，学生最好具备AP化学基础，抓住考前黄金备战期，冲刺奖项！
课程大纲
Lec1.
①Matter, enegy and quantities;
②Electromagnetic wave;
③Atomic structure, nuclear chemistry & mole
Lec2.
①Electronic structure , periodic table arrangement & magnetism; ②Periodicity
Lec3.
①Chemical bond & properties;
②Covalent bond advanced
Lec4.
①Molecular geometry, polarity&coordination;
②Hybridisation,bond theory&coordination
Lec5.
①Liquid, solution& intermolecular force;
②Gas & kinetic molecular theory
Lec6.
①Kinetics 1; ②Kinetics 2
Lec7.
①Equilibrium & stoichiometry; ②Acid & base
Lec8.
①Equilibrium advanced;
②Enthalpy, entropy and Gibbs free energy
Lec9.
①Electrochemistry; ②Organic 1
Lec10.
①Organic 2; ②Organic 3
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CCC化学竞赛辅导课程
赛事介绍
加拿大化学竞赛（简称CCC）由加拿大化学学会 (简称CIC)主办，是加拿大学术性权威的化学竞赛之一。全球优秀高中生同台竞技、统一评审、同获奖项，获奖选手将有资格获邀晋级参加加拿大化学奥赛，所获奖项增加世界名校申请竞争优势！
课时：40小时
课程大纲:
General chemistry 普通化学
Matter，enegy and quantities; Electromagnetic wave
1. Law of conversion of mass
2. Atoms
3. Pure substance & mixture
4. Properties
5. Four fundamental interactions
6. Law of conversion of energy
7. Kinetic energy & heat
8. Potential energy
9. Coulomb's Law
10. Electrostatic force & potential
11. Electromagnetic wave & photon
Atomic structure, nuclear chemistry & mole
1. Subatomic particles
2. Isotope
3. Element
4. Mole calculation
5. Nuclear decay
Electronic structure , periodic table arrangement & magnetism
1. Bohr model
2. Quantum mechanical model
3. Electron orbital
4. Electron configuration
5. Periodic table arrangement
6. Magnetism
Periodicity
1. Effective nuclear charge
2. Atomic radius
3. Ionic radius
4. Ionisation energy
5. Electron affinity
6. Electron negativity
Chemical bond & properties
1. Metallic bond
2. Ionic bond
3. Covalent bond
Covalent bond advanced
1. Valency
2. Coordinate bond
3. Formal charge
4. Calculating bond number
5. Exception of octet rule
6. Lewis structure of complex compound
Molecular geometry, polarity & coordination
1. Electron domain
2. VSEPR theory
3. Electron domain geometry
4. Molecular geometry
5. Molecular polarity
Hybridisation, bond theory & coordination
1. Hybridisation
2. Bond theory
3. Resonance
4. Conjugated system
5. Coordination compound
Liquid, solution& intermolecular force
1. Liquid state
2. London dispersion force
3. Dipole-dipole force
4. Hydrogen bond
5. Ion-dipole interaction
6. Solution
7. Concentration
Gas & kinetic molecular theory
1. Pressure
2. Ideal gas vs real gas
3. Ideal gas law
4. Kinetic molecular theory
5. Maxwell-Boltzmann distribution
6. Deviation from ideal gass
Physical chemistry 物理化学
Kinetics 1: rate law & collision theory
1. Factors affecting reaction rate
2. Average rate
3. Differential rate
4. Collision theory
5. Simple stoichiometry
6. Rate law
7. Determining rate law
Kinetics 2: Reaction mechanism, integrated rate law & Arrhenius equation
1. Reaction mechanism
2. Pre-equilibrium assumption
3. Steady state approximation
4. Integrated rate law
5. Half-life
6. Determining rate law advanced
Equilibrium & stoichiometry
1. Reversible reaction
2. Equilibrium
3. Equilibrium constant
4. Reaction quotient
5. Le Chatelier's Principle
6. Stoichiometry advanced
Acid & base
1. Arrhenius acid/base
2. Bronsted-lowry acid/base
3. Lewis acid/base
4 . pH & pOH
5. Conjugate acid/base
6. Acid/base strength
7. Ka & Kb
Equilibrium advanced
1. Polyprotic acid
2. Buffer
3. Strong acid/base titration
4. Weak acid/base titration
5. Ksp
6. Ionic reaction
Enthalpy, entropy and Gibbs free energy
1. Spontaneity
2. Enthalpy
3. Determining ΔH
4. Entropy & probability
5. Determining ΔS
6. Gibbs free energy
7. Determining ΔG & spontaneity
Electrochemistry
1. redox reaction
2. oxidation number
3. electrode potential
4. galvanic cell
5. electrolytic cell
6. electroplating
Organic chemistry 有机化学
Organic 1: Hydrocarbon & representation
1. Organic introduction
2. Hydrocarbon
3. Homologous series
4. Isomer introduction
5. Double bond equivalence (DBE)
6. Structure representation
Organic 2: Functional group & reaction
1. Functional group with O, N, S
3. Addition
4. Elimination
5. Substitution
6. Rearrangement
7. Condensation & hydrolysis
8. Oxidation & reduction
Organic 3: Isomerism & nomenclature
1. Constitutional isomer
2. Stereoisomer
3. Conformer
4. IUPAC nomenclature
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