A worksheet that involves analysing curved motion graphs by determining gradients of tangents and calculating the area under the line by counting squares. Worked solutions are included. This resource is part of a series of worksheets on GCSE Motion in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

Whole unit on GCSE Pressure topic - download preview here A booklet of notes, activities, calculations, exam technique in answering worded questions, practical skills and command word practice on the topic of pressure. The learning objectives include: To define the term ‘pressure’ To recall and use the formula for calculating pressure To describe an experiment to determine the pressure a person exerts on the floor To understand the pressure at a point in a fluid acts equally in all directions To recall and use the equation linking pressure difference, density, g and depth To explain how pressure changes with depth and link this to situations To explain how a barometer works and use it to calculate pressure To explain how a manometer works and use it to calculate pressure To explain why different liquids are used in barometers and manometers

A worksheet that requires students to calculate the gradients at different points on curved lines by drawing tangents. This resource is part of a series of worksheets on GCSE Physics Skills in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

A worksheet that requires students to calculate the area under curved line graphs by counting squares. This resource is part of a series of worksheets on GCSE Physics Skills in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

A worksheet that tests converting units of length, area and volume. A variety of units are used: m, cm, km and dm. This resource is part of a series of worksheets on GCSE Physics Skills in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

A worksheet that requires students to calculate the gradients of various straight lines. This resource is part of a series of worksheets on GCSE Physics Skills in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

A worksheet testing the use of significant figures, and how to state answers when multiplying, dividing and finding averages of numbers with different significant figures. This resource is part of a series of worksheets on GCSE Physics Skills in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

A worksheet testing speed=distance/time, v=u+at and v2=u2+2as. Worked solutions are included. This resource is part of a series of worksheets on GCSE Motion in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

A series of questions of distance-time and displacement-time graphs. Worked solutions are included. This resource is part of a series of worksheets on GCSE Motion in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

A series of GCSE questions and calculations of Mass and Weight. Worked solutions are included. This resource is part of a series of worksheets on the GCSE Forces topic in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

A set of comprehensive notes on the GCSE Motion topic. Learning outcomes include: plot and explain distance-time graphs know and use the relationship between average speed, distance moved and time taken practical: investigate the motion of everyday objects know and use the relationship between acceleration, change in velocity and time taken plot and explain velocity-time graphs determine acceleration from the gradient of a velocity-time graph determine the distance travelled from the area between a velocity-time graph and the time axis use the relationship between final speed, initial speed, acceleration and distance moved This resource is part of a series of worksheets on GCSE Motion in booklet or bundle form: Preview the whole set of resources here Download the booklet here Download the bundle here

This is a preview. Not all pages are included. - download the full version here A comprehensive booklet consisting of a whole unit of GCSE motion including notes, practice questions, practical questions, experimental analysis question, summary questions and extension questions. Worked solutions are also included. The learning outcomes are: Plot and explain distance-time graphs Know and use the relationship between average speed, distance moved and time taken Practical: investigate the motion of everyday objects Know and use the relationship between acceleration, change in velocity and time taken Plot and explain velocity-time graphs Determine acceleration from the gradient of a velocity-time graph Determine the distance travelled from the area between a velocity-time graph and the time axis Use the relationship between final speed, initial speed, acceleration and distance moved

This is a preview. Not all pages are included. - download full version here Comprehensive resource with notes, activities, questions, investigation and practical skills questions. Also included are summary questions and extension questions. Learning Outcomes include: Describe the effects of forces between bodies such as changes in speed, shape or direction Identify different types of forces such as gravitational or electrostatic Understand how vector quantities differ from scalar quantities Understand that force is a vector quantity Calculate the resultant force of forces acting along a line Know that friction is a force that opposes motion Know and use the relationship between unbalanced force, mass and acceleration Know and use the relationship between weight, mass and gravitational field strength Describe the forces acting on falling objects (and explain why falling objects reach a terminal velocity)