A presentation to accompany a lesson on P.D. and current in the context of model circuits. Includes starter/settler, learning outcomes, notes on P.D. and current, an example model circuit to explain concepts to pupils, instructions for an investigation into PD and current in a circuit and plenary questions. Add in an activity with pupils modelling circuits and its pretty much a full lesson.

20 cards for revision of AQA P1.1

A knowledge organiser for the new specification AQA physics course for the atomic structure unit. Includes a complete set of notes on the key knowledge for the topic, useful for revision and/or to be given at the start of the unit to support learning.

Presentation contains learning outcomes, revision notes on domain theory, 2 literacy revision activities for magnets, another revision activity and plenary questions.

Matching activity for revision of P1.4 - cut out the triangles and match them up with the correct answers (answers included)

A knowledge organiser on energy transfers, the cost of electricity and power to be used for revision or to aid learning. Designed for the AQA specification KS3 curriculum but suitable for all.

27 revision flashcards for P2.3 for AQA spec for 2017 exams

A knowledge organiser for the new specification AQA physics course for the forces unit. Includes a complete set of notes on the key knowledge for the topic, useful for revision and/or to be given at the start of the unit to support learning.

A revision lesson for AQA GCSE Physics Terminal Velocity. Lesson includes: learning outcomes and keywords Notes on terminal velocity and the forces involved Exam questions for pupils to answer with m/s. There is also a challenge/extension task for this Practice on explaining terminal velocity in exam questions with graphs. This has a question for the teacher to model an answer to or answer as a class, then a different exam question for pupils to attempt on their own (provided as an extra sheet so it can be printed and stuck into their books) A mark scheme and model answer for the extended answer question

This lesson can be used as a revision/exam prep lesson in the run up to mocks and summer exams. It could also be used in teaching momentum for the first time, but would maybe need a bit of fleshing out over the basics. It is aimed at pupils taking the higher tier examinations. The main focus of the lesson is how to break down conservation of momentum questions and what marks are awarded for. Lesson includes: Starter for 5 - 5 quick revision questions as a settler Introduction/recap of the momentum formula and units. Provided are two example questions to model to pupils how you want them to present their calculations and to demonstrate the rearrangement of the formula. 5 questions for pupils to attempt on their own (answers on the slide after) Recap of the principle of conservation of momentum A series of slides detailing how to approach conservation of momentum exam questions, highlighting the common themes of this question and providing a protocol for answering these types of question. An exemplar answer to the question demonstrating where marks are awarded A sample exam question for pupils to attempt using these ideas with mark scheme Detailed walk through of how to approach a conservation of momentum calculation question including model answer with marking points highlighted A sample of exam questions from past papers for pupils to practice the ideas on. Includes mark scheme.

Matching activity for revision of P1.5 - cut out the triangles and match them up with the correct answers (answers included)

A presentation of revision notes on exam tips; atoms, isotopes and half life; Voltage and resistance calculations (with practice questions) and notes on the different types of resistor. Ideal for reviewing these topics close to the exam as a final bit of revision.

Matching activity for revision of P1.2 and P1.3 - cut out the triangles and match them up with the correct answers (answers included)

A revision game for GCSE combined science trilogy and GCSE physics created for the AQA specification, but will be useful for other specifications as well. Pupils answer 63 unique questions, using dice to choose the questions they answer. Pupils work in pairs, with their partners answers on the back of their sheet so they can peer assess through the game. Full instructions provided in the documents.

Slides for pupils to find information about the uses of radiation and a question sheet with differentiated questions for pupils to answer.