lots of repetition calculating areas of circles squares rectangles eq triangles ra triangles different units/combos gradually introduced: cm, mm, m

40 calculations using resistivity equation

practice rearranging resistance/resistivity equation - comparing 2 wires

Revsion worsheet for E = ml using both fusion and vaporisation calculating energy and mass given latent heat values of different materials answersheet included

60+ questions using density = mass / volume includes rearranging equations includes different units answersheet with solutions

Parts 1 & 2 of Knowledge Organiser for GCSE Physics AQA. Part 3 = glossary (coming soon) Please comment or email physicsmiss22@gmail.com with a review, or if any words should be included in the docs.

Higher level worksheet applying conservation of energy to calculations 0.5ke^2 = 0.5mv^2 to calculate e, and v

Higher level worksheet applying conservation of energy to calculations mgh = 0.5ke^2 to calculate h, and e

Higher level worksheet applying conservation of energy to calculations mgh = 0.5mv^2 to calculate h, and v

25+ practice questions students are given values of variables, and asked to calculate the value of a variable that they decide they can, using any of the equations given.

65+ questions progressively adding different unit prefixes to convert answers/working included

60+ calculations using P = I^2R Progressing to using different unit prefixes Answersheet included with working.

50 + questions for competency building progressed difficulty in units answersheet with working included

15 questions to calulcate power, work, time using P = W / t

• Measuring Techniques • Calibration • Accuracy • Errors • Precision • Anomalies

30 Practice Questions Rearranging equations containing 3 or 4 quantities. Rearranging will involve multiplication and division of quantities. Worksheet can be used as individual class activity, homework, or whole class practice/modelling before individual practice. Lots of repetition to build confidence. Levelled questions to create a sense of progress and achievement. Students can work through at their own pace (differentiation).

An introduction to quantities, apparatus, and units. Examples/explanations. Tasks to practice.

• Variables - defined as quantities that are changed or measured • Equations - the mathematical relationship between quantities • Example Equations - speed = distance/time, density = mass/volume, E = mc2 • Experiments are used to test a known relationship or discover a new relationship between quantities • Independent, Dependent, Control Variables • Activity Sheet – identifying IV, DV, and CV

20+ practice questions students are given values of variables, and asked to calculate the value of a variable that they decide they can, using any of the equations given. last few questions have multiple variables that can be calculated from what information is given.

45+ questions using E = QV calculate each variable different unit conversions required focus on repetition, with progressive difficulty answersheet included