Help sheets created for students to help with assignments. I took students on a visit for assignment A and D to Whitworths food analysis lab and to Northampton General Hospital pathology lab. Edit assignments A and D for where you have taken the students on a visit.
A worksheet based on how maths teach maths concepts. Built on low demand questions just using the equation and then building in units, conversions, rearranging the equation and then gcse exam questions. Can be used for any exam board as it is common content (AQA, OCR, Edexcel). Newtons second law of motion or F=m x a
Can be used for KS3 or KS4 - really helped students understand moving the reactants and products on the axis. The cardsort needs to be cut out (I laminated a set of 15 that can be used again and again).
These lessons have been taught in double lessons (2 hours) so may need splitting up for shorter lessons.
Lesson 1+2: Intro to unit 3, examples of part A and B to introduce, introduction of the 5 key practicals, start of electricity, symbols, and a chance to make circuits.
Lesson 3 + 4: Part B possible analysis questions, introduction to all the equations that could come up, a practice of Part A Jan 2019 (not included as still locked on edexcel online).
Lesson 5 + 6: Part B possible graph questions, variables, errors (%) and evaluation, a practice of section 1 of Part B Jan 2019 (not included as still locked on edexcel online).
Lesson 7 + 8: Part B possible section 2 questions, planning a method, a practice of section 2 of Part B Jan 2020 (not included as still locked on edecxcel online)
A full unit that covers the trilogy part of the AQA Chemical analysis unit (foundation and higher), this was taught to sets 1-3 so has some differentiation in the exam questions/tasks.
I will edit this with every lesson that I make until the unit is complete.
Lesson 1: Pure substances
A set of lessons used to teach the unit 3 content for the exam about the diffusion practical. These have been taught in 2 hour sessions so may need breaking up if you have shorter lessons.
Lesson 1 + 2 = Practical introduction (method evaluation focus)
Lesson 3 + 4 = Practical Part A (practice with agar)
Lesson 5 + 6 = Part B practice
Lesson 7+ 8 = Part A + B in new format practice
An entire unit of 6 x 1 hour lessons with worksheets used for the organic chemistry unit in GCSE AQA Chemistry.
Triple content is included at the end of the lesson (if there is anything extra it is clearly signposted after a slide), this can be included/moved around in the lesson depending on the students being taught. There are also three extra lessons that cover purely triple content.
A resource that can be used from KS3 to KS4 to help with balancing equations. Scaffolded so that students work from low to high demand. Students often struggle with using symbols however find balancing legos/skittles/beads easy. A worksheet that steps up the demand from low to medium then to high. Can be used for all exam boards (AQA, OCR, Edexcel, iGCSE) as is common content and would suit combined or separate sciences.
A set of lessons used to teach the unit 3 content for the exam about the fuels practical. These have been taught in 2 hour sessions so may need breaking up if you have shorter lessons.
Lesson 1 + 2: Intro to the specification, combustion, word + symbol equations, pollutants from fuels
Lesson 3 + 4: Moles, mole calcs, energy calculations, calories
Lesson 5 + 6: practical trial (SAMS) + Modeling drawing tables and graphs from data
Lesson 7 + 8: Write up of Part B (SAMS and 2017)
A unit of lessons and worksheets that have been used to cover all the foundation topics in the AQA trilogy quantitiative chemistry unit. I have taught these lessons with a bottom set who are very weak, so lots of going over concepts and revisiting and practice.
Relative formula mass
Balancing equations (this spanned 2 hours)
Conservation of mass
A set of 8 lessons for mixed ability students with a load of practicals throughout.
Lesson 1: Symbols
Lesson 2: drawing circuits
Lesson 3: Building circuits (Prac lesson)
Lesson 4: Current and Voltage in series and parallel circuits
Lesson 5: Prac lesson to demonstrate
Lesson 6: V=IR
Lesson 7: Static electricity (VDG Demo)
Lesson 8: Static practical