Physics Option A: Relativity Standard and Higher Level
Physics Option A: Relativity Standard and Higher Level
Hugh Duncan
This easy-to-use revision guide can be used by both Standard Level and Higher Level students in preparation for their IB Physics Option A Paper 3 exam. With a friendly and helpful tone, the guide provides a thorough review of SL and HL topics, while also providing ample opportunities to hone your skills and test your knowledge. Complete with helpful hints and a guide on common errors to avoid, this revision guide is an essential tool in your IB Physics Relativity exam prep.
ISBN: 9781910689196
47 pages
Key features of the Physics SL & HL Relativity study guide:
An in-depth review of SL and HL topics related to IB Physics Option A.
More than 20 worked examples followed by similar practice problems to help you fill knowledge gaps and build your confidence in advance of exams.
Hands-on tasks to specifically hone your labelling and graphing skills.
Over 50 questions with answers about IB Physics Relativity to test your understanding and highlight areas for further study.
Key Point Boxes with helpful tips and useful insights.
A review of common mistakes students make to help you achieve exam success.
Contents of the Physics SL & HL Relativity study guide:
Introduction to Relativity
Frames of reference
Galilean transformations
Maxwell’s theory
Forces on a charge or current
Lorenz transformations
Postulates of special relativity
Clock synchronization
The Lorentz factor
Relativistic addition of velocities
Invariant quantities
Time dilation
Length contraction
Muon decay experiment
Space-time diagrams
Space-time diagrams
World-lines
The twin paradox
Relativistic mechanics
Total energy and rest energy
Relativistic Momentum and Energy
Particle acceleration
Electric charge as an invariant quantity
Photons
General Relativity
The Principle of Equivalence
The effect of gravity on light
Gravitational red shift and the Pound Rebka Snider experiment
Black holes and the Schwarzchild radius
Event horizons
Time dilation near a black hole
Application of general relativity to the Universe