AQA A-level Physics Year 2 Student Book Answers. Chapter 1 ASSIGNMENT 1 A1 The total lateral friction on the tyres to just avoid the car going off at a tangent is equal to the required centripetal force: F = m v 2 r = 690´(120´10 3 ¸3600) 2 70 =10952 =11000 N A2 The asymmetric curved shape and angle of a racing car aerofoil makes moving air flow faster below it than above, so the air pressure is lower below the aerofoil. This creates a downward force on the aerofoil pushing th...

AQA A-level Physics Year 2 Student Book Answers. Chapter 1 ASSIGNMENT 1 A1 The total lateral friction on the tyres to just avoid the car going off at a tangent is equal to the required centripetal force: F = m v 2 r = 690´(120´10 3 ¸3600) 2 70 =10952 =11000 N A2 The asymmetric curved shape and angle of a racing car aerofoil makes moving air flow faster below it than above, so the air pressure is lower below the aerofoil. This creates a downward force on the aerofoil pushing th...

AQA A-Level Physics Year 2 Student Book Answers. Chapter 1 ASSIGNMENT 1 A1 The total lateral friction on the tyres to just avoid the car going off at a tangent is equal to the required centripetal force: F = m v 2 r = 690´(120´10 3 ¸3600) 2 70 =10952 =11000 N A2 The asymmetric curved shape and angle of a racing car aerofoil makes moving air flow faster below it than above, so the air pressure is lower below the aerofoil. This creates a downward force on the aerofoil pushing t...

A breif summary of key information and equations needed for Chapter 4 - Properties of Waves

AQA A-level Physics Year 2 Student Book Answers. Chapter 1 ASSIGNMENT 1 A1 The total lateral friction on the tyres to just avoid the car going off at a tangent is equal to the required centripetal force: F = m v 2 r = 690´(120´10 3 ¸3600) 2 70 =10952 =11000 N A2 The asymmetric curved shape and angle of a racing car aerofoil makes moving air flow faster below it than above, so the air pressure is lower below the aerofoil. This creates a downward force on the aerofoil pushing th...

AQA A-level Physics Year 2 Student Book Answers. Chapter 1 ASSIGNMENT 1 A1 The total lateral friction on the tyres to just avoid the car going off at a tangent is equal to the required centripetal force: F = m v 2 r = 690´(120´10 3 ¸3600) 2 70 =10952 =11000 N A2 The asymmetric curved shape and angle of a racing car aerofoil makes moving air flow faster below it than above, so the air pressure is lower below the aerofoil. This creates a downward force on the aerofoil pushing th...

AQA A-level Physics Year 2 Student Book Answers. Chapter 1 ASSIGNMENT 1 A1 The total lateral friction on the tyres to just avoid the car going off at a tangent is equal to the required centripetal force: F = m v 2 r = 690´(120´10 3 ¸3600) 2 70 =10952 =11000 N A2 The asymmetric curved shape and angle of a racing car aerofoil makes moving air flow faster below it than above, so the air pressure is lower below the aerofoil. This creates a downward force on the aerofoil pushing th...

Summary of compulsory A2 Physics (A-Level, AQA), all in the form of mind maps with key words, definitions and practicals.

A really in-depth summary of the Nuclear Physics topic of A2 Physics. Includes diagrams, equations, all the relevant info and step-by-step worked through examples. Produced from lecturer notes and the CGP textbook to make understanding the content easier and more visual.

A really detailed summary presentation of the AS topic of Quantum physics / Particles and Radiation. Includes all the needed info, equations and diagrams (including Feynman diagrams which you need to know!). These are produced from lecturer notes and the CGP text book to make them simpler and easy to read.