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여름특강 | DP1 HL | DP1 SL | DP2 HL | DP2 SL |
Week 1 | S1. Models of the particulate nature of matter I | S1. Models of the particulate nature of matter I | S1. Models of the particulate nature of matter II
R2.How much, how fast and how far? I | S1. Models of the particulate nature of matter II
R2.How much, how fast and how far? I |
Week 2 | S2. Models of bonding and structure I | S2. Models of bonding and structure I | R2.How much, how fast and how far? I | R2.How much, how fast and how far? I |
Week 3 | S2. Models of bonding and structure II | S2. Models of bonding and structure II | R3. What are the mechanisms of chemical change? I | R3. What are the mechanisms of chemical change? I |
Week 4 | S3. Classification of matter I | S3. Classification of matter I | R3. What are the mechanisms of chemical change? II | R3. What are the mechanisms of chemical change? II |
겨울특강 | DP1 HL | DP1 SL | DP2 HL | DP2 SL |
Week 1 | S3. Classification of matter II | S3. Classification of matter II | Review (Structure) | Review (Structure) |
Week 2 | R1. What drives chemical reactions? I | R1. What drives chemical reactions? I | Review (Reactivity) | Review (Reactivity) |
Week 3 | R1. What drives chemical reactions? II | R1. What drives chemical reactions? II | 연도별 기출문제 풀이 | 연도별 기출문제 풀이 |
*SL 반과 별도로 HL 반에서는 HL only 소단원까지 진행
*(DP2) Acids and Bases, Redox, Organic 3단원은 IB 화학에서 가장 어렵다고 할 수 있는 단원으로서 여름방학 학습의 주 목표로 2~4주차에 집중합니다.
Learning Outcome
1.
Periodicty > Bonding > Organic 같은 단원 연결고리점을 공략한 물흐르듯한 개념정리
2.
이해하기 편하고 쉽게 만들어 놓은 그림과 그래픽 자료를 활용하여 화학에 대한 확실한 이해와 재미
3.
점수 유실이 가장 많은 주관식 (Paper 2) 답안 테크닉 학습 및 문제풀이 연습으로 자신감
