IB Physics Question Paper (Year wise)

IB Physics Solutions

IB Physics Question Paper 1999

IB Physics Solutions Keys 1999

IB Physics Question Paper 2000

IB Physics Solutions Keys 2000

IB Physics Question Paper 2001

IB Physics Solutions Keys 2001

IB Physics Question Paper 2002

IB Physics Solutions Keys 2002

IB Physics Question Paper 2003

IB Physics Solutions Keys 2003

IB Physics Question Paper 2004

IB Physics Solutions Keys 2004

IB Physics Question Paper 2005

IB Physics Solutions Keys 2005

IB Physics Question Paper 2006

IB Physics Solutions Keys 2006

IB Physics Question Paper 2007

IB Physics Solutions Keys 2007

IB Physics Question Paper 2008

IB Physics Solutions Keys 2008

IB Physics Question Paper 2009

IB Physics Solutions Keys 2009

IB Physics Question Paper 2010

IB Physics Solutions Keys 2010

IB Physics Question Paper 2011

IB Physics Solutions Keys 2011

IB Physics Question Paper 2012

IB Physics Solutions Keys 2012

IB Physics Question Paper 2013

IB Physics Solutions Keys 2013

IB Physics Question Paper 2014

IB Physics Solutions Keys 2014

IB Physics Question Paper 2015

IB Physics Solutions Keys 2015

IB Physics Question Paper 2016

IB Physics Solutions Keys 2016

IB Physics Question Paper 2017

IB Physics Solutions Keys 2017

IB Physics Question Paper 2018

IB Physics Solutions Keys 2018

IB Physics Question Paper 2019

IB Physics Solutions Keys 2019

IB Physics Question Paper 2020

IB Physics Solutions Keys 2020

Heating Processes

• Heat and temperature
• Specific heat capacity
• Latent heat
• Conduction
• Convection
• Radiation

Applying thermodynamic principles

• Heating by radiation
• The enhanced greenhouse effect
• Scientifc modelling: The enhanced greenhouse effect
• Issues related to thermodynamics

Electrical physics

• Behaviour of charged particles
• Electric current and circuits
• Energy in electric circuits
• Resistance

Practical electrical circuits

• Series and parallel circuits
• Using electricity
• Electrical safety

The origins of everything

• Measurements in the universe
• The big bang
• Particles of the Standard Model

Particles in the nucleus

• Atoms, isotopes and radioisotopes
• Radioactivity
• Properties of alpha, beta and gamma radiation
• Half-life and decay series

Energy from the atom

• Nuclear fusion and energy
• Nuclear fusion
• Electromagnetic waves and synchrotron radiation
• The production of light

Scalars and vectors

• Scalars and vectors
• Adding vectors in one and two dimensions
• Subtracting vectors in on and two dimensions
• Vector components
• Mass and weight

Linear motion

• Displacement, speed and velocity
• Acceleration
• Graphing position, velocity and acceleration over time
• Equations for uniform acceleration
• Vertical motion

Momentum and force

• Newton’s first law
• Newton’s second law
• Newton’s third law
• Momentum and conservation of momentum
• Momentum transfer
• Momentum and net force

Equilibrium of forces

• Torque
• Translational equilibrium
• Static equilibrium

Energy, work and power

• Work
• Mechanical energy
• Using energy: Power and efciency

Stars

• Astronomical measurements
• Classifying stars

Forces and the human body

• Forces acting on the human body
• Forces cause rotation
• Tissue under load: Stress and strain
• Properties of human tissues
• The future: Materials for use in prosthetics

Energy from nuclear power

• Energy from the nucleus
• Nuclear energy as a power source

Nuclear medicine

• Producing medical radiation
• Measurement of radiation doses
• Radiation in diagnosis and treatment of human disease

Particle accelerators

• Synchrotrons
• Colliders and particle physics
• The importance of accelerator technology in society

Sport

• Collisions
• Sliding and rolling
• Hitting, kicking or throwing
• The fight of a ball
• Air resistance

Practical investigation

• Designing and planning the investigation
• Conducting investigations and recording and analyzing data
• Discussing investigations and drawing evidence-based conclusions