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Science - Physics - Biology - Chemistry - Psychology - BTEC Level 3 Applied Science ( aimed at pass/merit) - Well being

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Science - Physics - Biology - Chemistry - Psychology - BTEC Level 3 Applied Science ( aimed at pass/merit) - Well being
Edexcel 1-9 GCSE Science CB1 Complete Set of Powerpoints
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Edexcel 1-9 GCSE Science CB1 Complete Set of Powerpoints

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Powerpoints to be used in the following order: Plants and animal cells Microscopes *Core Practical - Microscopes Enzyme action Enzyme activity *Enzyme - core practical Diffusion Osmosis *Osmosis - core practical Active Transport The Core practicals will require your own resources. Includes labeling activities, match the definitions, information and questions etc. Use your own worksheets etc to cement knowledge/ give homework.
BTEC Level 3 Applied Science Unit 1 C- Physics - Inverse Square Law
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BTEC Level 3 Applied Science Unit 1 C- Physics - Inverse Square Law

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This is the first part of C3 taught in the new BTEC series. This powerpoint can be used over a series of lessons and contains content for spec statement; Understand that all electromagnetic waves travel with the same speed in a vacuum. Be able to use the inverse square law in relation to the intensity of a wave : I = k/r2 Includes card sorts and gap fill activities for prefixes of factors, device information and a diagram of the electromagnetic spectrum. Using some BTEC worksheets to check understanding - bought from Pearsons - Activity numbers given.
KS2 - KS4 Science Progress Map
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KS2 - KS4 Science Progress Map

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Adapted Science progress map includes all units from KS2 - KS4 and how they link together. Broken down by topic and subsection. Very useful to create a simpler progress map, making sure everything is included. Shows progressions from KS2 to KS4 - very helpful.
BTEC Level 3 Applied Science Unit 1 A1- Chemistry - Part 1 Assessment
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BTEC Level 3 Applied Science Unit 1 A1- Chemistry - Part 1 Assessment

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Assessment questions covering ionic, covalent and metallic bonding, and electron configuration. Includes a total of 24 marks. Includes an assessment sheet - can be adapted to fit your schools policy. This is to gauge understanding of the first four spec statements - • Understand the electronic structure of atoms: • Understand ionic bonding: • Understand covalent bonding: • Understand metallic bonding:
BTEC Level 3 Applied Science Unit 1 A1- Chemistry - Covalent bonding
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BTEC Level 3 Applied Science Unit 1 A1- Chemistry - Covalent bonding

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This is the third lesson taught in the new BTEC series. This lesson focuses on covalent bonding. Again this lesson builds on previous knowledge from GCSE. Providing examples, tasks and answers. Includes the specification statements; • Understand covalent bonding: o strong electrostatic attraction between two nuclei and the shared pair(s) of electrons between them o dot and cross diagrams to show electrons in simple covalent molecules, including those with multiple bonds and dative covalent (coordinate) bonds o the relationship between bond lengths and bond strengths in covalent bonds o tetrahedral basis of organic chemistry. Using a BTEC worksheet to check understanding - bought from Pearsons - Activity numbers given.
KS3 Science Key Word Lists - All units included
JeGreg18JeGreg18

KS3 Science Key Word Lists - All units included

3 Resources
Key word lists for all topics of KS3 Exploring Science scheme of work. 15 words per topic - can be used for spelling tests or for pupils to fill in the meanings. Printed on A5 to stick neatly in books.
BTEC Level 3 Applied Science Unit 1 A1 - Chemistry - moles, molar masses and molarities.
JeGreg18JeGreg18

BTEC Level 3 Applied Science Unit 1 A1 - Chemistry - moles, molar masses and molarities.

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This is the eighth lesson taught in the new BTEC series for the specification points ; • Understand the following; o moles, molar masses and molarities. This lesson starts by discussing moles, and what they mean in terms of atoms. Pupils are provided with some examples of converting between mass and moles, they then practice this with some quesitons either on their own or in pairs. Empirical formula is then discussed, again with examples of how to calculate this for different amounts of substances. More practice questions are provided. The conversion between molecular formula and empirical formula is then discussed, examples provided and practice given. I used Chemsheets GCSE from © www.CHEMSHEETS.co.uk to check understanding - Chemsheets GCSE 1092 and answers.
AQA A-level Physics - Turning points
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AQA A-level Physics - Turning points

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A powerpoint used with my current year 13’s on the option unit ‘Turning points’. Includes all the information pupils need - including practice questions, videos etc. It has been broken down into the three sections of the topic - The discovery of the electron Wave particle duality Special Relativity It is in a similar order to the students workbook so pupils can follow along/ prepare or revisit lessons. After each section of the topic we spent some time answer past exam questions on the knowledge the pupils had learnt (can be found on the AQA website) At the end of the whole topic I gave them a whole past paper.
KS3 Science Space Lessons
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KS3 Science Space Lessons

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A variety of lessons and materials for teaching KS3 Space. Includes a lesson about the solar system with all resources and lesson plan provided ( this was an ofsted lesson). Also day/night , satellites and homework. There are differentiated worksheets/homework included.
AQA A Level Physics Waves
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AQA A Level Physics Waves

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Alll content for Specification statements: 3.3 Waves 3.3.1 Progressive and stationary waves 3.3.2 Refraction, diffraction and interference I have used this powerpoint with my year 12 - pupils have the AQA Year 1 student book which is referenced in the powerpoint. Specific questions have been picked out from the book for pupils to attempt in lessons/ own time. I have also used mini tests, exampro questions and worksheets (not included) to check understanding as we went through. Will probably need adapting for your pupils needs and additional resources/questions/ homeworks for pupils culminated.
BTEC Level 3 Applied Science Unit 1 C- Physics - Describing the behaviour of waves
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BTEC Level 3 Applied Science Unit 1 C- Physics - Describing the behaviour of waves

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This is the second series of lesson taught in the new BTEC series. This powerpoint can be used over a series of lessons as it contains content from the spec including: Displacement Phase difference and coherence Path difference Superposition Diffraction through gratings Emission spectra Identifying gases. Using some BTEC worksheets to check understanding - bought from Pearsons - Activity numbers given. From looking at the specimen papers etc it appears the diffraction part is towards the distinction level of the award - powerpoint will need adapting depending on your learners.
AQA A Level Psychology Summary  Booklets - FULL - all content
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AQA A Level Psychology Summary Booklets - FULL - all content

9 Resources
Framework booklets for students to complete summary revision notes for AQA A level psychology year 1 and 2. Topics cover approaches, attachment, biopsychology, memory, psychopathology, social influence, addiction, gender, and schizophrenia.
BTEC Level 3 Applied Science Unit 1 C - Physics - Refraction
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BTEC Level 3 Applied Science Unit 1 C - Physics - Refraction

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This is the the first part of C2 taught in the new BTEC series. This powerpoint can be used over a series of lessons and contains content for spec statement; Understand the principles of fibre optics: refractive index n = c/v = sin i / sin r total internal reflection calculation of critical angles of a glass-air interface sin c = 1/n Using some BTEC worksheets to check understanding - bought from Pearsons - Activity numbers given. Also used some simple print outs of reflection, refraction and TIR to annotate and check understanding
Science Combustion Demo worksheet
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Science Combustion Demo worksheet

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Used alongside year 8 exploring science. Has an diagram and questions for the demo. I made combustion sort cards with this during the lesson (used to answer one of the questions)