Students are now expected to memorise 20 Physics equations in their social media obsessed brains in order to succeed at GCSE nowadays. Twenty equations! Not only that, but they are expected to be able to apply them, rearrange them , spot devilish tricks with prefixes , provide answers to the correct number of significant figures and remember the units of the answer they are giving. Today’s youth are up against it. This resource comes with a double sided list of all the equations they need to learn and the units of all the quantities involved. There is a double sided worksheet to accompany this sheet packed with 38 Physics calculations covering ALL of the equations. It takes pupils from simple substitutions through magic triangles and rearranging all the way to complex extension tasks. It comes complete with fully worked out ANSWERS. Mastery of this is essential!

What is the difference between an uncertainty and an error? How do we calculate percentage uncertainties? How do we compound errors? Uncertainty calculations galore! This presentation is packed with examples, questions and practical tasks to stretch A level students of all abilities! BONUS slides included on how to use a MICROMETER and VERNIER scales. Essential Advanced Level Physics practical skills! Boost their performance at CPAC compulsory practicals and see those practical exam scores improve! Twenty one slides of Physics fun.

A new, updated version of our momentum presentation, with cool images, lots of questions and examples and challenges. What is momentum? What effects it? Who cares? Why are asteroids so scary? Not to mention bullets or rampaging elephants. This presentation will take students through simple momentum calculations and even deal with the difficult topic of the conservation of momentum in collisions and the calculations that show it for our higher ability students. Packed with activities, extension tasks and questions (all complete with answers), this is the idea presentation for teaching or revision.

Why do some collisions hurt? How can humans protect themselves during car accidents? Why is the rate of change of momentum so important to the size of force we experience? Containing videos, questions and activities. This presentation is ideal for students at foundation level dealing with the subject in a qualitative way and the second half of the presentation which introduces the equation and applies it with plenty of examples and questions for the students to try! Backed with visual delights, this presentation explains why the rate of change of momentum is important in collisions, explains car safety mechanism such as crumple zones, airbags and seat belts, and stretches more able students aiming for the very top grade. Also suitable for A level students as a reintroduction to the topic.

A presentation taking students through the life cycle of a star with lovely graphics, a video, activities and a quiz at the end! Ours of fun. Aimed at GCSE students, its also suitable for A level, and takes students through the life cycles of stars with a similar mass to the Sun and a much larger mass than the sun and their destructive deaths! Explaining the internal processes and science occurring in the star at each stage, this invaluable resource will fill an entire lesson for you!

An activity packed powerpoint presentation putting the power back into this topic! Increase the rate of work done by students with this engaging presentation aimed at students of all abilities, including stretching the very able. Students undertake practical experiments to determine the power of their own legs. The presentation is packed with examples and questions to test student’s understanding. All answers are provided. Ideal for GCSE students or even A level. Power to the people! (Showing my age)

Th e tricky topic of energy levels in Physics. The resource comes with comprehensive notes for students for self study or revision plus TWO worksheets of energy level questions to test their understanding. Complete with answers, this essential resource will ensure that your students are exam ready.

The full package! A video, a presentation and a worksheet! Links to self made on-line quizzes! Complete with with answers for all resources! The structure of the atom explained. What do the atomic mass and atomic number tell us? What is the difference between ions, nuclei and isotopes! What are protons, neutrons and electrons? Why do electrons occupy different orbits and energy levels and how can they move between them? Atoms? Who cares! You should! You are made from them.

How do we see the different colours? What are primary colours? What colour does a cyan object appear in a magenta light? How do filters work? Why so many questions? Well, its the DOUBLE SIDED colour worksheet of your dreams! That’s why! Aimed at KS3 Science classes of all abilities, there are plenty of activities and brain teasers to keep students across the spectrum engaged. It comes complete with a teacher answer sheet to allow you more time to get on with that huge pile of admin and marking staring at you instead of important things like lesson planning. Get a class set photocopied and laminated in FULL COLOUR for maximum impact. That’s what I did and the resource has lasted me for years. Enjoy!

Y.O.Y.O. lessons - Scientific investigations designed to develop problem solving skills and make independent learners of our spoon fed students! In this one they investigate how the height of a ramp affects the time it takes for a marble to roll down it! Students must complete the set task without any help whatsoever from their teachers! They have only the worksheet to help them! They can only ask you a question if they use a joker card! (They have three of them - one specific question per Joker). Complete it without using jokers and win rewards! Character building for both staff and students and an excellent lesson to use for formal observations and OFSTED invasions. This is how real scientists are made. The resource comes with a set of joker cards, a worksheet for the lesson and a teacher guide with the YOYO rules as a PowerPoint. Enjoy!

A content packed, double sided worksheet all about magnets and magnetism! Aimed at key stage 3 students of all abilities, there is something on this worksheet for everyone. It starts with a practical activity before testing students knowledge of magnets in a variety of styles. Complete with a full answer sheet, this is ideal for non specialists or expert practitioners alike and is an excellent resource for use in the classroom, homework or revision. Enjoy! It comes as a word document and in pdf format. All images are copyright of science geeks and are all my own work.

A worksheet packed with resistivity questions designed for A level students of all abilities! It comes COMPLETE WITH ANSWERS to all questions to encourage self assessment or simply to reduce your marking burden. Students will have to be happy with converting units, manipulating the formula and determining resistivity through practical methods before use and extension tasks are provided for those pesky more able students. Enjoy (for a small price)! It comes as a pdf file or as a word version if you want to pretend that you made it yourself.

An excellent resource which examines all aspects of the circular motion topic in one handy worksheet. Complete with answers, the worksheet is accessible to all students and hones their key skills whilst stretching more able students. Angular velocity, centripetal force and the concept of measuring angles in radians are all covered. BONUS ALERT! It comes with a handy, separate, Self study, information street which makes it ideal to set for a cover or independent study lesson. Enjoy! Available in word and pdf format. All included!

A worksheet packed with questions to suit all abilities on the subject of motion and balanced and unbalanced forces. From simple force diagrams to terminal velocity and maximum speed of cars, this is the ideal resource to consolidate student knowledge and test understanding of these key concepts. Aimed at ks3 students or year 11 students, it serves as a qualitative introduction to resultant forces and their effect on the motion of everyday, and some not everyday, objects. Challenging extension tasks are provided for more able students. Enjoy. A Science Geeks video included too!