A scaffolded worksheet to help students with calculating the Force on a spring given the extension and the spring constant using F=ke. It then goes on to get students to calculate elastic potential energy in the same situations using E=0.5ke^2 This worksheet comes with an Answer sheet as well! For further Science resources please visit my shop at Grade Gain

Taboo card game covering the main topics for Physics 2: electricity, motion, forces, stars. Motion: Speed, velocity, acceleration, terminal velocity, stopping distances etc. Electricity: AC, Mains, Static, plugs, resistance etc. Stars: Lifecycle, nuclear processes - fission and fusion Students play in teams of two. One person picks up a card and has to describe the phrase in the top box without using any of the words on the card. Their team mate has to guess it to win. The opposing two members of the four can jump in and steal the card by guessing correctly.

This is a lesson plan and presentation to introduce the idea of AC/DC. It starts with a game of "what's the link?" encouraging lateral thinking. It then goes on to detail AC and DC and the differences between them.

A complete lesson plan and presentation for the new Physics GCSE(2016) about the conservation of energy.

A lesson plan and presentation to explain elastic potential energy to students for the new GCSE in Physics. This covers the information they need to know regarding how to do calculations with the elastic potential energy formula.

A lesson plan, presentation, and worksheets for teaching about forces. Contact and non-contact forces are covered as is drawing of vector diagrams of forces. Students apply this to real world situations in the summary task. Aimed at GCSE Physics students and GCSE AQA Trilogy but also suitable for all other exam boards. This is one of a sequence of lessons, the others are available here Grade Gain

A lesson plan and PPT that takes students through construction of diagrams for calculating refractive index for a variety of materials. Measurements of angle of incidence and refraction are required to calculate refractive index. Please remember to review - thanks.

The first in a series of transformer equation worksheets. This worksheet takes students through calculating the power of a transformer using P=IV and then ultimately onto calculating potential difference and current in one or other of the primary or secondary coils.

The first in a series of knowledge organisers for the new AQA GCSE Phsyics syllabus. This covers the content for half of the electricity topic. Topics covered are circuit symbols, the National Grid, 3-core cable, Alternating Current (AC) and Direct Current (DC), Power, energy and the relevant formulae and units. Related worksheets are available on my store GradeGain

A detailed lesson plan and presentation covering the ideas of changes of state and internal energy. It takes the students through the concepts of the different changes of state: melting freezing evaporating/boiling sublimation It also covers the concept of internal energy for a heating curve for ice to steam.

A fully resourced and differentiated lesson plan, presentation and worksheets for students to discover the Timeline of the universe. The lesson begins with students ranking celestial objects by size and then moves through speed of light, and size of universe to a group activity Apprentice style for them to draw a one year timeline of the universe. Great opportunity for group work and Building Learning Power. Groups 1 and 5 are for MA and LA students Group 2 can be duplicated for as many middle ability groups as necessary. Please remember to review. Thanks ;-)

This worksheet is aimed at Foundation Tier students. The worksheet is scaffolded so they can get going quickly and make progress. The sheet progresses in challenge as indicated by circle, triangle, square and there is a super challenge question where they have to rearrange the formula first. This worksheet is suitable for GCSE Physics and GCSE Combined Science.

A differentiated worksheet of calculations for work done. Students complete a range of scaffolded questions about work done, distance and force. They move on to rearranging the equation for work done.

Scaffolded and differentiated calculations for Ohm's Law. This worksheet leads the student through using Ohm's Law and rearranging it It is to be used as a supplementary worksheet to the other Ohm's Law ones I have as it incorporates IV graphs and interpretation as well. This can only be done once the relevant required practicals are completed. Now with an answer sheet!

A structured worksheet to take students through using the GCSE Physics equations P=VI. It starts off with 5 questions using it in the P=VI format then there are 4 further questions using the formula in a rearranged format. The final question is a tough one that requires linking knowledge from other formula, notably E=VQ and Q=It, both of which they need to know.

A full lesson plan for GCSE Physics on Kinetic Energy. This includes demo calculations and re-arranging of the equations to help students with the new requirements of calculating velocity from kinetic energy. Accompanying videos and lesson plan to illustrate the effect of mass and speed on kinetic energy.

A full lesson plan, presentation, worksheet and answers for students studying GCSE Physics or the Combined Science GCSE. It covers Work Done and gives exemplar calculations. The worksheet has differentiated questions that builds on students knowledge until they are able to rearrange the equation and calculate forces or distances.

A structured worksheet for students to complete upon completion of the Specific Latent Heat of Fusion and Vaporisation practical. It takes them through the required calculations for energy, from power, voltage, current and time, to the calculation of Specific Latent Heat. This can accompany my resource for the practical and is available as a bundle.

An introductory lesson for GCSE Physics regarding energy stores and the concept of shifting energy as opposed to energy types. clarifies the situation with concrete examples and an energy circus for students to identify energy stores that are used.

A detailed lesson plan, presentation and worksheet with answers for the teaching of resultant forces for the new GCSE specification in Physics or Combined Science. This covers the basics of resultant forces for more comprehensive Higher Tier lesson please see my shop Grade Gain