Grid worksheet for students to practise calculating the number of protons, neutrons and electrons in different elements from the periodic table. Grids get gradually harder allowing differentiated learning. Blank boxes at the bottom of the grids are for students to make up their own challenges for friends as extension tasks. Suitable for KS3, KS4 or revision KS5

Fully differentiated KS4 worksheet with many questions for pupils to practice using the V = W/Q equation. Each question is worth a different number of points depending on its difficulty.

Fully differentiated KS4 grid with many questions on the different electricity equations. Each question is worth a different number of points and pupils can work at their level. Comes with challenge and extension questions. Suitable for any KS4 ability group, perfect for a homework or revision lesson.

Fully differentiated KS4 equation grid with lots of questions about KE, GPE and energy transfers. Different questions are worth different numbers of points, pupils choose questions appropriate for their level. Good for homeworks: have to earn 15 points to pass or similar. In lessons excellent practice, includes mark scheme which can be put on board, pupils self mark then hands up to gauge number of points for each student.

Fully differentiated worksheet for KS4 pupils to practice using the v s t and acceleration equations. Each category on the grid is worth a different number of points, excellent for class activity or homework. Suitable for higher ability pupils but easily adaptable just by changing the questions on the grid.

Fully differentiated KS4 worksheet for using momentum and impuse equations. Each level of question is worth a different number of points, pupils work at their own level. Mark scheme included, pupils can self mark and assess by asking how many points everyone in the class got.

Fully differentiated grid of questions for KS4 electricity equations, harder questions are worth more points on the grid. Gets pupils to rearrange equations with the help of equation triangles, and convert units. Suitable for lower ability pupils but easily adapted.

Worksheet to guide and accompany students through practical to investigate Ohm’s law. Provides follow up questions afterwards. Suitable for KS4 class.

KS4 scaffolded 6 mark question on terminal velocity, includes key words and sentence starters to guide pupils on structuring their answer. Perfect for Y10s doing forces who are not yet experienced at 6 mark question. Mark scheme on powerpoint slide gives pupils opportunity to peer mark work and give improvements.

An A3 revision sheet with multiple different activities for revising the Activate Forces topic. Suitable for KS3 revision lesson or as a homework.

Fully differentiated worksheet, with answers, for pupils to practice calculations using V=IR, V=E/Q and Q=It. Questions include rearranging the equation and converting units. Each question is worth a different number of points so students can challenge themselves. Perfect for a lesson or a homework.

Worksheet for series circuit rules for KS4 GCSE: current, PD and resistance questions. Start simple and get harder as the sheet progresses, gets students to check their own work by using different methods for calculations. Suitable for middle to higher ability KS4 classes but could be scaffolded for use with low sets. Answers are included for students to mark their own work.

A series of 4 lessons on the atom and charge (see accompanying worksheet), current, potential difference and resistance. Contains definitions, activities such as gap fills and definitions, ideas for practical activities and links to helpful simulations. Suitable for a lower ability KS3 group however could be adapted for higher groups.

Powerpoint with all information required for NCEA Level 3 Physics Waves standard: worked examples and practice questions included.

Powerpoint containing whole class tasks as well as individual work on: mass and weight Newton’s laws Balanced and unbalanced forces Buoyancy, thrust and types of forces (contact and non-contact) Force diagrams Speed and acceleration Distance time graphs Speed time graphs Density Suitable for KS4 or KS5 revision.