Calculation application of F = ma formula. Aimed for middle to higher ability GCSE Physics and Combined Science students. Task includes answers and should take 10- 15 mins to complete in class or as a homework activity. Can be self marked with teacher guidance or teacher marked.

Task to support understanding resultant force and application of F =ma formula All levels of students can access this task, some scaffolding might be needed for foundation students. Task should take 10-15 mins and can be marked in class or completed as homework.

Summary resource applying the equation linking mass, weight and gravity (W=mg) . Suitable for Higher students to complete independently or foundation students with added support if needed. Students can complete in class or as homework or revision activity and should take about 15 mins to complete

Application of acceleration equation from initial and final velocity. Task suitable for GCSE Physics and Combined science students - Higher tier. Answers provided. Could be used as an assessment task to check understanding or as a class or homework activity. Task should take 15 mins approx to complete

Calculations to practice application of the GPE equation. Task suitable for Higher GCSE Physics / Combined Science students. Should take 15 - 20 mins to complete in class activity or as a homework. 1st page questions suitable for Foundation students Answers provided

Application Calculation questions for Kinetic Energy. Suitable for Higher GCSE Physics/Combined Science students. Foundation students can access the standard demand questions. Activity takes about 20 mins to complete and Answers provided Can be used in a lesson or homework task

Calculations practice for Elastic Potential Energy - Suitable for GCSE Physics higher/combined science higher students. Includes question linking to GPE and KE energy transfers. Activity should take 10-15 mins to complete in class or as a homework activity Answers provided.

Summary resource to help students understand Scalars and Vectors. Includes some basic vector additions to clarify the understanding. Activity aimed at Foundation level GCSE Physics students. Should take 10 mins to complete (or as homework)

A summary task to support students understanding of Alpha, beta and gamma decay processes and how the decays alter the mass and atomic numbers of nucleii. Task suitable for GCSE Physics/ Combined science Higher as independent task or for foundation with some guidance. Should take 10-15 mins approx to complete. Suitable for homework task. Can be easily marked in class by students.

Worksheet of practice questions on Work done and power suitable for GCSE Physics/Combined science students (Higher Focus Grades 4-8 application skills) Suitable for in class task (taking about 15-20 mins) or Homework activity Answer provided

Summary powerpoint resource on Ionising Radiation Properties. (Alpha Beta Gamma) for GCSE (KS4) Physics/Combined science - Higher and Foundation Also includes practical set up slide to measure these properties as a demonstration. Blank sheet can be printed for students to complete in lesson and is a useful summery of key facts. Slide with the completed properties to ensure all students have the required information.

Different version of the I-V graph plotting task aimed for foundation students studying GCSE Physics/Combined science. (KS4) Graph Paper needed to complete task 1 Additional Questions to support the required knowledge included as task 2 Complete task should take 25-40 mins depending on graphs skills confidence. Can also be set as homework activity.

Summary on Atoms and Isotope key knowledge. KS4 - GCSE Physics/ Chemistry and Combined science Mainly aimed at Foundation level students to support understanding. Can be used by Higher as a quick task to check for understanding. Task suitable for a lesson or homework activity. Taking about 10-15 mins to complete.

IV characteristics graphs. Plotting the three IV graphs and questions to challenge the students to analyse the data. Task requires graph paper Suitable for Higher GCSE Physics/Combined science students. ideal for a class or homework activity.

A Practice calculations question sheet Applying the Q = It formula with level questions for Higher GCSE Physics/Combined science. Useful for a lesson or homework task. Should take 10-15 mins to complete. Solutions Provided.

Selection of word searches and Retrieval Questions to support Foundation GCSE Physics/Combined Science students. Activities useful for starter or plenary tasks in lessons or homework Highlighting Key words and knowledge from various GCSE topics.

Series Circuit Problems for students to calculate supply p.d, current or resistor values. Applying the circuit rules for series circuits Kirchoff’s Laws and V = IR formula Suitable for Middle to Higher ability GCSE physics / combined science students and and be completed in class or homework.

GCSE Physics (Electricity) - Task sheet practice questions using V=IR equation/formula Suitable for Higher GCSE Physics and Combined science as a lesson or homework task. Solutions provided

GCSE Physics (Electricity) Practice Calculation sheet suitable for Higher Students applying E = QV. Levelled questions to scaffolded. Useful as a lesson or homework task. Solutions provided.

Key idea and calculations for energy efficiency suitable for KS3 middle to more able students to do independently or GCSE foundation and higher as a starter/plenary task. Should take about 10-15mins to complete. Useful for a homework activity. Answers provided