Displacement, velocity and acceleration

  • Out in Space
    problem
    Favourite

    Out in Space

    Age
    16 to 18
    Challenge level
    2 out of 3
    A space craft is ten thousand kilometres from the centre of the Earth moving away at 10 km per second. At what distance will it have half that speed?
  • Dangerous driver?
    problem
    Favourite

    Dangerous Driver?

    Age
    16 to 18
    Challenge level
    1 out of 3

    Was it possible that this dangerous driving penalty was issued in error?

  • Turbo Tortoise
    problem

    Turbo Tortoise

    Age
    11 to 14
    Challenge level
    1 out of 3

    Harriet Hare and Turbo Tortoise want to cross the finish line together on their 12 mile race.... What time should Harriet set off?

  • Small tomato seedlings in pink pots.
    problem

    Meeting Point

    Age
    14 to 16
    Challenge level
    1 out of 3

    Malcolm and Nikki run at different speeds. They set off in opposite directions around a circular track. Where on the track will they meet?

  • 10 Olympic Starters
    problem

    10 Olympic Starters

    Age
    16 to 18
    Challenge level
    1 out of 3

    10 intriguing starters related to the mechanics of sport.

  • Mechanical mindgames
    problem

    Mechanical Mindgames

    Age
    16 to 18
    Challenge level
    2 out of 3

    A selection of intriguing questions to consider on mechanics, particularly surrounding the ideas concerning impulse and momentum.

  • Earth orbit
    problem

    Earth Orbit

    Age
    16 to 18
    Challenge level
    3 out of 3

    Follow in the steps of Newton and find the path that the earth follows around the sun.

  • Phase space
    problem

    Phase Space

    Age
    16 to 18
    Challenge level
    3 out of 3

    Explore the issues surrounding the concept of Phase Space.

  • High Jumping
    article

    High Jumping

    How high can a high jumper jump? How can a high jumper jump higher without jumping higher? Read on...

  • Modelling Assumptions in mechanics
    article

    Modelling Assumptions in Mechanics

    An article demonstrating mathematically how various physical modelling assumptions affect the solution to the seemingly simple problem of the projectile.