This unique and high-quality pack contains all resources needed to deliver the I-V Characteristics Required Practical for the new 2018 AQA GCSE Physics and AQA GCSE Combined Science: Trilogy specifications.

This unique and high-quality pack contains all resources needed to deliver the Light Required Practical for the new 2018 AQA GCSE Physics specification.

This pack contains all resources needed to deliver the Photosynthesis Required Practical for the new 2018 AQA GCSE Biology specification.

This unique and high-quality pack contains all resources needed to deliver the Rates of Reaction Required Practical for the new 2018 AQA GCSE Chemistry and AQA GCSE Combined Science: Trilogy specifications.

This lesson is for teaching the above named lesson as part of the Cell Biology module of Biology Unit 1 (B1) of the new 2018 AQA GCSE specifications for Combined Science: Trilogy and GCSE Biology. The lesson has the following features embedded: Lesson has Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks embedded) Differentiation is strong as has been noted in all formal school observations for the last 2 years of teaching AQA. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. The lesson is geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. The lesson should be ‘tweaked’ to meet the needs of your own pupils.

This unique and high-quality pack contains all resources needed to deliver the Identifying Ions Required Practical for the new 2018 AQA GCSE Chemistry specification.

This lesson is for teaching the above named lesson as part of the Energy module of Physics Unit 1 (P1) of the new 2018 AQA GCSE specifications for Combined Science: Trilogy and GCSE Physics. The lesson has the following features embedded: Lesson has Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks embedded) Differentiation is strong as has been noted in formal school observations for the last 2 years of teaching AQA. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. The lesson is geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. The lesson should be ‘tweaked’ to meet the needs of your own pupils.

This lesson pack was prepared for my Year 12 Biology class. The lesson covers the key areas in Meiosis as required by the new specification. The lesson was formally observed and the lesson’s key strengths as said by the observers (using this lesson pack) were: There was intense learning in the lesson. Differentiation was very advanced and made every segment of the lesson personalised to all students in the class. Stretch and challenge was appropriate for all students. Progress was demonstrated by all students at the end of the lesson. Socratic questioning was highly embedded in the lesson.

This is the lesson used to teach Moles in accordance with the new 2018 AQA GCSE specification for Combined Science: Trilogy and GCSE Chemistry. This high quality lesson has the following features: Lessons have Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks per lesson embedded) Differentiation is strong as has been noted in all formal school observations for the last 2 years of teaching AQA. Observations of these lessons has always evidenced that these lessons are consistently of a ‘good’ OFSTED standard. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. All lessons are geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. In order to take full advantage of this resource, it should be ‘tweaked’ to the needs of your own pupils.

This is the lesson used to teach concentration of solutions in accordance with the new 2018 AQA GCSE specification for Combined Science: Trilogy and GCSE Chemistry. This high quality lesson has the following features: Lessons have Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks per lesson embedded) Differentiation is strong as has been noted in all formal school observations for the last 2 years of teaching AQA. Observations of these lessons has always evidenced that these lessons are consistently of a ‘good’ OFSTED standard. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. All lessons are geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. In order to take full advantage of this resource, it should be ‘tweaked’ to the needs of your own pupils.

This lesson pack was prepared for my Year 12 Biology class on the 10th March 2016. The lesson covers the key areas in Mitosis as required by the new specification and prepares the students for the eventual Formal Mitosis Practical they will be expected to do in their practical workbooks. The lesson was formally observed by two members of staff (as a joint observation) and the lesson’s key strengths as said by the observers (using this lesson pack) were: There was intense learning in the lesson. Differentiation was very advanced and made every segment of the lesson personalised to all students in the class. Stretch and challenge was appropriate for all students. Progress was demonstrated by all students at the end of the lesson. Socratic questioning was highly embedded in the lesson.

This is the lesson used to teach Equations and Calculations in accordance with the new 2018 AQA GCSE specification for Combined Science: Trilogy and GCSE Chemistry. This high quality lesson has the following features: Lessons have Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks per lesson embedded) Differentiation is strong as has been noted in all formal school observations for the last 2 years of teaching AQA. Observations of these lessons has always evidenced that these lessons are consistently of a ‘good’ OFSTED standard. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. All lessons are geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. In order to take full advantage of this resource, it should be ‘tweaked’ to the needs of your own pupils.

This unique and high-quality pack contains all resources needed to deliver the Temperature Changes Required Practical for the new 2018 AQA GCSE Chemistry and AQA GCSE Combined Science: Trilogy specifications.

This lesson is for teaching the above named lesson as part of the Bioenergetics module of Biology Unit 1 (B1) of the new 2018 AQA GCSE specifications for Combined Science: Trilogy and GCSE Biology. The lesson has the following features embedded: Lesson has Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks embedded) Differentiation is strong as has been noted in formal school observations for the last 2 years of teaching AQA. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. The lesson is geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. The lesson should be ‘tweaked’ to meet the needs of your own pupils. Note that Part 2 to this Part 1 lesson is the Photosynthesis Required Practical (can be purchased separately in The Science Shop’s TES resources page).

This unique and high-quality pack contains all resources needed to deliver the Specific Heat Capacity Required Practical for the new 2018 AQA GCSE Physics and AQA GCSE Combined Science: Trilogy specifications.

This lesson is for teaching the above named lesson as part of the Infection and Response module of Biology Unit 1 (B1) of the new 2018 AQA GCSE specifications for Combined Science: Trilogy and GCSE Biology. The lesson has the following features embedded: Lesson has Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks embedded) Differentiation is strong as has been noted in formal school observations for the last 2 years of teaching AQA. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. The lesson is geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. The lesson should be ‘tweaked’ to meet the needs of your own pupils.

This unique and high-quality pack contains all resources needed to deliver the Force and Extension Required Practical for the new 2018 AQA GCSE Physics and AQA GCSE Combined Science: Trilogy specifications.

This lesson is for teaching the above named lesson as part of the Cell Biology module of Biology Unit 1 (B1) of the new 2018 AQA GCSE specifications for Combined Science: Trilogy and GCSE Biology. The lesson has the following features embedded: Lesson has Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks embedded) Differentiation is strong as has been noted in all formal school observations for the last 2 years of teaching AQA. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. The lesson is geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. The lesson should be ‘tweaked’ to meet the needs of your own pupils.

This lesson is for teaching the above named lesson as part of the Homeostasis and Response module of Biology Unit 2 (B2) of the new 2018 AQA GCSE specifications for Combined Science: Trilogy and GCSE Biology. The lesson has the following features embedded: Lesson has Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) Differentiation is strong as has been noted in formal school observations for the last 2 years of teaching AQA. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. The lesson is geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. The lesson should be ‘tweaked’ to meet the needs of your own pupils.

This is the lesson used to teach empirical formula in accordance with the new 2018 AQA GCSE specification for Combined Science: Trilogy and GCSE Chemistry. This high quality lesson has the following features: Lessons have Bloom’s Taxonomy embedded throughout which are also graded for differentiation. Stretch and challenge tasks throughout (including Grade 8-9+ questions and extended writing) AfL (3 progress checks per lesson embedded) Differentiation is strong as has been noted in all formal school observations for the last 2 years of teaching AQA. Observations of these lessons has always evidenced that these lessons are consistently of a ‘good’ OFSTED standard. Narrative of lesson structure is clear and focused as well as engaging. Pre-starter prepared. All lessons are geared with top-down approach pedagogy and provide inclusive differentiation for low attaining and medium attaining pupils as well. In order to take full advantage of this resource, it should be ‘tweaked’ to the needs of your own pupils.