Lesson Walkthrough
IB DP Chemistry R1.2 L8 | Born-Haber Calculations and Lattice Enthalpy | Lesson Walkthrough
Calculate unknown energy changes using Born-Haber cycles and a step-by-step audit. Students then explain lattice-enthalpy trends using ionic charge and size, linking quantitative results to structure.
- Programme: Diploma Programme
- File format: DOCX
This resource
USD 3.99
- 2 files
- DOCX
- Editable
Review the final total and purchase details at checkout.
View sample pagesSingle-teacher licence. This purchase permits one teacher to use these resources with their own students, year after year. You may print classroom copies, adapt editable materials for your teaching, and share materials with your students through a password-protected classroom platform. Sharing with other teachers, department-wide use, public uploading, redistribution and resale are not permitted. Additional teachers require their own licences.
What is included
- Teacher walkthrough (11 pages)
- Student activity pack with teacher answer key (9 pages)
- Two editable DOCX files
About this resource
Calculate unknown energy changes using Born-Haber cycles and a step-by-step audit. Students then explain lattice-enthalpy trends using ionic charge and size, linking quantitative results to structure.
This 60-minute IB DP Chemistry lesson combines a step-by-step teacher walkthrough with a matching student activity pack for subtopic R1.2, lesson 8 of 8.
What is included
- Teacher walkthrough with lesson sequence, prompts and teaching guidance
- Student activity pack with four student sheets, an exit ticket and a teacher answer key
- Two editable Word documents, 20 pages in total
Syllabus coverage: R1.2.5. Supplied as a ZIP download.
Who this resource is for
IB Diploma Programme Chemistry teachers.
Resource details
- Programme
- Diploma Programme
- Subject
- Chemistry
- Resource type
- Lesson Walkthrough
- Topic
- R1.2 Energy Cycles in Reactions
- File format
- DOCX
- Editable
- Yes
- Answers / markscheme
- Included
- Pages
- 20
- Components
- 2
- Duration
- 60 minutes