There are multiple choices in this resource. 1 - Guide students through the process using the Reflection powerpoint. They then create their own ray diagrams. There is an easy worksheet (Worksheet A3) and then a more difficult worksheet (Practical-Worksheet). 2 - Students aim to find the law of reflection themselves using very little guidance.

Students are shown, and participate in models of parallel circuits, then they create their own using the worksheets provided (differentiated)

A lesson to introduce modelling of circuits and then enables students to create their own models of circuits. Worksheet has three sheets for different levels of ability

A QR code based card sort. Full instructions are on the powerpoint. Activity needs to be printed double sided for this to work.

Demo of resistance followed by the use of two formulae with worksheets

Guide on drawing convex and concave ray diagrams, along with a worksheet to assess student understanding

Complete lesson on energy and power. Starter - BoBs Big Five. Students answer 5 recap questions in the back of their books to review what they know so far, answers are included Main -Introduce power, the formula, how to rearrange it then an opportunity for students to test their own knowledge with a worksheet (answers included). Students then move around the room identifying different appliances, working out their powers in W as most are in kW, and then calculating the energy they use. Worksheet is differentiated and this is an activity using non-standard units (kW, mins, kJ etc), again answers are included Plenary - Bingo. students pick 9 values from the slides and then have to do calculations to clear their boards. All answers are in the notes.

Lesson starts with introducing the photon, then the work of Einstein and the theory behind photoelectricity. Students are prompted throughout the lesson to complete various parts on the worksheet (answers included in the powerpoint). There is then a chance to complete an exam question, and the lesson finishes with a 10 word story about the lesson. This lesson was graded outstanding by an external observer.

Lesson introduces the ways in which ionisation can occur, giving the students opportunities to answer the questions on the worksheet. Students are then presented with a game to play which consolidates all the calculations they have done prior to this.

All theory taught, with examples and with a worksheet to complete. Exam questions are also included

Lesson will guide them through the theory behind refraction, then get them to exercise this with a practical. There are two worksheets to help with this, one easy and one more difficult. A good P3 extension included with the main task.

Starter - recap on keywords and thinking about reflection Main - work through worksheet to discover the relationship, alongside practice drawing ray diagrams Plenary - assess knowledge from the lesson

Various stations set up around the room with levelled objectives to complete. Answers to the stations are included

Questions to use for revision

Points to prove activity on Xrays. Rewards and sanctions built in to this

Powerpoint to introduce the content, then the students complete a worksheet. Then there are two sets of exam questions for them to complete, and some little quiz cards they can use with a board game, or anything similar.

Lesson looking at data. Drawing graphs, writing conclusions, comparing data

Work through a worksheet to look at refraction

Question sheet and exam questions Pre reading sheet

Full lesson on electromagnets. Starter - Recap Main - Demos and mini prac Plenary - 6 marker