Dr Richard Walding BAppSc, MSc, MPhil, PhD, FAIP, FRACI, CChem Former Physics & Chemistry teacher - Moreton Bay College, Brisbane Research Fellow - Griffith University, Brisbane Email: richard@walding.com
OUP Webpage: Oxford Physics for Queensland
Note: this is not an official Oxford University Press webpage. It does not have endorsement from OUP.
Sample pages
Errata
DRAFT LESSON PLANS - U1&2 MODULE 2 - Kinetic particle model and specific heat capacity The lesson plans are currently being added to the digital platform and will be complete by mid-March 2025. Nevertheless, here they are in draft form: Module 2 Lesson Plan Lesson Plan 2.1 Heating and cooling Lesson Plan 2.2 Practical: Heating water on a hotplate Lesson Plan 2.3 The kinetic particle model of matter Lesson Plan 2.4 Internal and thermal energy Lesson Plan 2.5 Kinetic energy and temperature Lesson Plan 2.6 Measuring temperature Lesson Plan 2.7 Practical: Precision and accuracy of thermometers Lesson Plan 2.8 Heat transfer Lesson Plan 2.9 Specific heat capacity Lesson Plan 2.10 Practical: Specific heat capacity of liquids - on a hotplate Strive template - Thermal energy Strive template - Internal energy Strive template - blank DRAFT LESSON PLANS - U1&2 MODULE 9 - Linear motion The lesson plans are currently being added to the digital platform and will be complete by Mid-March 2025. Nevertheless, here they are in draft form: Module 9 Lesson Plan Linear motion Lesson Plan 9.1 Vectors and scalars Lesson Plan 9.2 Distance and displacement Lesson Plan 9.3 Speed and velocity Lesson Plan 9.4 Graphs of linear motion - constant velocity Lesson Plan 9.5 Graphs of linear motion - accelerated motion Lesson Plan 9.6 Practical: displacement-time and velocity-time graphs Lesson Plan 9.7 Equations of motion Lesson Plan 9.8 Acceleration due to gravity Lesson Plan 9.9 Practical: Acceleration due to gravity DRAFT LESSON PLANS - U1&2 MODULE 10 - Classical mechanics The lesson plans are currently being added to the digital platform and will be complete by mid-March 2025. Nevertheless, here they are in draft form: Module 10 Lesson Plan Classical mechanics Lesson Plan 10.1 Measuring forces Lesson Plan 10.2 Newton's first law of motion Lesson Plan 10.3 Newton's second law of motion Lesson Plan 10.4 Newtons third law of motion Lesson Plan 10.5 Force, weight and gravity Lesson Plan 10.6 Friction Lesson Plan 10.7 Terminal velocity and drag Lesson Plan 10.8 Momentum and impulse Lesson Plan 10.9 Conservation of momentum Lesson Plan 10.10 Practical: Linear elastic collisions
DRAFT LESSON PLANS - U1&2 MODULE 2 - Kinetic particle model and specific heat capacity
The lesson plans are currently being added to the digital platform and will be complete by mid-March 2025. Nevertheless, here they are in draft form:
Module 2 Lesson Plan Lesson Plan 2.1 Heating and cooling Lesson Plan 2.2 Practical: Heating water on a hotplate Lesson Plan 2.3 The kinetic particle model of matter Lesson Plan 2.4 Internal and thermal energy Lesson Plan 2.5 Kinetic energy and temperature Lesson Plan 2.6 Measuring temperature Lesson Plan 2.7 Practical: Precision and accuracy of thermometers Lesson Plan 2.8 Heat transfer Lesson Plan 2.9 Specific heat capacity Lesson Plan 2.10 Practical: Specific heat capacity of liquids - on a hotplate
Strive template - Thermal energy Strive template - Internal energy Strive template - blank
DRAFT LESSON PLANS - U1&2 MODULE 9 - Linear motion
The lesson plans are currently being added to the digital platform and will be complete by Mid-March 2025. Nevertheless, here they are in draft form:
Module 9 Lesson Plan Linear motion Lesson Plan 9.1 Vectors and scalars Lesson Plan 9.2 Distance and displacement Lesson Plan 9.3 Speed and velocity Lesson Plan 9.4 Graphs of linear motion - constant velocity Lesson Plan 9.5 Graphs of linear motion - accelerated motion Lesson Plan 9.6 Practical: displacement-time and velocity-time graphs Lesson Plan 9.7 Equations of motion Lesson Plan 9.8 Acceleration due to gravity Lesson Plan 9.9 Practical: Acceleration due to gravity
DRAFT LESSON PLANS - U1&2 MODULE 10 - Classical mechanics
Module 10 Lesson Plan Classical mechanics Lesson Plan 10.1 Measuring forces Lesson Plan 10.2 Newton's first law of motion Lesson Plan 10.3 Newton's second law of motion Lesson Plan 10.4 Newtons third law of motion Lesson Plan 10.5 Force, weight and gravity Lesson Plan 10.6 Friction Lesson Plan 10.7 Terminal velocity and drag Lesson Plan 10.8 Momentum and impulse Lesson Plan 10.9 Conservation of momentum Lesson Plan 10.10 Practical: Linear elastic collisions
