Dive into forces and momentum with Cognito and ace your GCSE Physics exams. This episode explains how forces change momentum, the crucial equation F = (mv-mu)/t, and how safety features like crumple zones and airbags reduce injury by extending momentum change time.

Boost your physics revision with Cognito interactive quizzes and diagrams. This GCSE Physics podcast explains momentum, including calculating momentum values, understanding conservation of momentum, and solving collision problems—essential knowledge for your exams.

Improve your GCSE physics knowledge with Cognito through our comprehensive stopping distance podcast. Learn about thinking distance, braking distance, and how factors like speed, mass, and road conditions affect a vehicle's ability to stop safely. Perfect for exam preparation and real-world application.

Explore Newton's Third Law with Cognito and ace your GCSE physics exams. This podcast explains equal and opposite forces, using everyday examples to illustrate how mass affects movement when forces interact. Perfect for understanding this essential physics concept.

Boost your exam preparation with Cognito interactive quizzes and diagrams. This GCSE Physics podcast explains Newton's laws of motion, covering resultant forces, acceleration, circular motion, and inertia through clear examples and calculations. Perfect for understanding these essential physics concepts.

Enhance your GCSE Physics revision at Cognito with interactive quizzes and diagrams. This podcast explains terminal velocity, covering how weight and air resistance interact to create a constant falling speed. Perfect for understanding forces and motion for your physics exams.

Master velocity-time graphs with Cognito and ace your GCSE Physics exams. This podcast explains how to calculate acceleration from gradients and distance from areas under the curve, with practical examples to build your confidence for exam questions.

Master distance-time graphs with Cognito and ace your GCSE Physics exams! This podcast explains how to interpret graph features, calculate speed from gradients, and analyse constant and changing motion – essential skills for understanding motion and kinematics in physics.