Recent posts View all
Home of real teaching & learning
  • Full support for teachers
  • Focus on critical thinking
  • Engaging classroom activities
  • Integrated student eBook
  • Assessed tasks / qBank
  • Practice exam questions

The InThinking Guarantee: Our sites are written by expert practitioners and not by AI

See our AI policy

Disclaimer: InThinking subject sites are neither endorsed by nor connected with the International Baccalaureate Organisation.

Don't miss out, find out!
IB Approved Workshops
Physics
IB DP Category 1

Paris, France, 13 - 15 November 2026

Find out more
Physics: A focus on the experimental programme
IB DP Category 3

Paris, France, 19 - 21 February 2027

Find out more
Physics
IB DP Category 2

Berlin, Germany, 26 - 28 February 2027

Find out more
Virtual Think-Ins

Find all InThinking events at
inthinking.net

Inclined to believe it

There are many ways to include simulations in your practical programme, one way is to simulate an experiment but this seems to defeat the object of practical work and I don't like to do it. An alternative approach is to use simulations to aid understanding of the affect of changing some of the controlled variables. I think this is a more natural use of simulations, I often use them in this way to help me understand how a physical system works. I remember a student some 20 years ago using interactive physics to model the motion of a toy hedgehog. Being able to slow down the motion made it possible to see how the legs moved enabling a model to be formulated. To test the usefulness of this approach I have started to prepare some teachers notes on how a student might use a simulation to aid their evaluation of some standard experiments. I've started with the inclined plane which I have made public.


Tags: IP, ICT, Inclined plane, DCP

Help