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KS3 specialized cells
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective.
KS3 Plants and animal cells
Very good and accessible information, base on Rosenshine,. lesson is chuncked and with activities to reinforce learning. Retrieval 5 questions starter.
KS3 Movement of substances
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective.
KS4 GCSE Metallic bonding and giant metallic structures
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective
KS3 Genetics
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective
KS3 Polymers
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective
KS4 GCSE Relative Masses and Moles
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective
KS4 Cell Division (Mitosis)
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective.
KS3 Colour (2021) update
This Google Docs friendly lesson material includes PowerPoint and worksheets. It follows Rosenshine`s principles of instruction with chunking and avoiding cognitive overload in students. information in small chunks followed by small activities to consolidate learning and keywords. Please rate and comment. (Please review, it would be greatly appreciated)
KS4 GCSE Equations and Calculations
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective
KS3 More About Elements
Very easy and accessible lesson for students. Based on Rosenshine`s principles of instruction. Lesson is chuncked for easy information digestion and activities to consolidate every learning objective.
KS4 GCSE Cell Division
Starter 5 a day retrieval
Chunking:
Part 1 :
I do, we do, you do. read from the board.
White board, steady, go.
Create a flow chart.
Part 2:
Explaining interphase
Consolidating media.
Contrast difference of phases
White boards, steady, go.
Part 3
Presenting mitosis and cytokinesis.
Consolidating media.
Mix and match activity.
Work sheet included.
KS4 GCSE Stem Cells
Starter 5 a day retrieval
Chunking:
Part 1 :
Content delivery
White board, steady, go.
Extended writing
Part 2:
Media about stem cells
Read and extract
Extended writing task
Part 3
Media about uses of stem cells
extended writing task.
Work sheet included.
KS3 More about elements and chemical reactions with oxygen
Starter 5 a day retrieval
Chunking:
Part 1 :
Read questions.
Content delivered
Discuss and answer questions
Part 2:
Elements and oxygen content.
I do, We do, You do. word equations
AFL correct answers in green pen.
Part 3
Media about elements reacting with oxygen.
Burning magnesium practical/Demo.
Complete a practical report.
Info. sheet included.
KS4 GCSE C1.4 Paper Chromatography (2022) S.T.A.R.
This Google Docs-friendly and printing-friendly lesson. Materials include PowerPoint and worksheets. Excellent for online lessons. It follows Rosenshine`s principles of instruction with chunking and avoiding cognitive overload in students. Information in small chunks followed by small activities to consolidate learning. Please rate and comment. (Please review, it would be greatly appreciated)
KS4 GCSE C1.5 History of the atom (2022) S.T.A.R.
This Google Docs-friendly and printing-friendly lesson. Materials include PowerPoint and worksheets. Excellent for online lessons. It follows Rosenshine`s principles of instruction with chunking and avoiding cognitive overload in students. Information in small chunks followed by small activities to consolidate learning. Please rate and comment. (Please review, it would be greatly appreciated)
KS4 GCSE P1.1 Changes in Energy Stores (2021) S.T.A.R.
This Google Docs friendly lesson material includes PowerPoint and worksheets. It follows Rosenshine`s principles of instruction with chunking and avoiding cognitive overload in students. information in small chunks followed by small activities to consolidate learning. Please rate and comment. (Please review, it would be greatly appreciated)
KS3 10.4.1 Inheritance (2021) S.T.A.R
This Google Docs friendly lesson material includes PowerPoint and worksheets. It follows Rosenshine`s principles of instruction with chunking and avoiding cognitive overload in students. Information in small chunks followed by small activities to consolidate learning bronze, silver and gold differentiation. Please rate and comment. (Please review, it would be greatly appreciated and subscribe to my youtube channel -IRCR.Viruz- ).
KS4 GCSE C3.3 Ionic Bonding (2021) S.T.A.R
This Google Docs friendly lesson material includes PowerPoint and worksheets. It follows Rosenshine`s principles of instruction with chunking and avoiding cognitive overload in students. information in small chunks followed by small activities to consolidate learning. Please rate and comment. (Please review, it would be greatly appreciated)
KS4 GCSE C3.4 Giant Ionic Structures (2021) S.T.A.R
This Google Docs friendly lesson material includes PowerPoint and worksheets. It follows Rosenshine`s principles of instruction with chunking and avoiding cognitive overload in students. Information in small chunks followed by small activities to consolidate learning bronze, silver and gold differentiation. Please rate and comment. (Please review, it would be greatly appreciated and subscribe to my youtube channel -IRCR.Viruz- ).