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See flying toilet paper, shooting smoke vortex rings, exploding balloon dogs, tea bag rockets and much more! Students will find out all about pressure in this cool science show!

Concepts covered:

What is air pressure? Why are low and high pressure areas important?
How does pressure differences relate to flight?
How are clouds formed? What is our atmosphere made of anyway?
What conditions are needed to cause tornados?
What causes drought and how can scientists help?

Students will gain an appreciation of meteorology and gain insight into how our climate operates, as well as understand 4 basic forces acting on flying objects; lift, thrust, drag and gravity.

As this show is primarily about pressure and air it can be tailored to demonstrate how weather works or how planes fly; just let us know which area you would like us to cover on booking this science show.

All about pressure - flight or the weather!

Show demonstrations

Air vortices Shooting compressed air rings over the class - discussion on pressure
Bernoulli balloons Try to blow the balloons apart - explains how air acts on surfaces
Bernoulli balls Float balls in mid-air, relating curved surfaces to wing design
The impossible puff Why is it hard to blow a ping pong ball out of a funnel?
Flying toilet paper Demonstration on how the Leandra effect helps planes to fly
Flying saucer Find out how thrust, drag, gravity and lift affect plane performance
Tea bag rocket Hot air rises. So, what about cold air?
Crushing Cans How powerful is atmospheric pressure?
Magdeburg hemispheres Witness the classic experiment that demonstrated air pressure.
Cream expansion What happens to air bubbles in low pressure environments?
Exploding balloon dog Why does the balloon dog pop in a vacuum?
Drink boiling water Demonstration on what boiling really means.
Dry ice column How is acid rain formed? Why is it bad for the environment?
Laser sights How are lasers used in atmospheric research?
Cloud in a bottle How are clouds formed? Learn to read weather maps on the news.
Tornado tubes Make a tornados in a bottle.
Tornado in a box How do convection currents and frontal systems make tornados

 
Requirements

- Appropriate for Years 3 to 6 with a maximum of 60 students per class

- Access to 2 electrical power sockets and 2 tables. Chairs are not required.

- Duration 60 minutes, set up time 45 minutes and pack up time 45 minutes

Cost

- $220 inc. GST per performance.
- This performance can also be viewed as a live web conference using your interactive whiteboard.
- The cost for video conference sessions are $110 inc. GST and can be arranged with our office.
For schools outside of Sydney please contact us to discuss how this workshop can visit your school as part of a regional visit

Unlike others we don't charge per student as we know that this causes an additional administrative load on your school office. Most schools tend to fill the workshops based on our recommended maximum number of students. If you have any questions please contact us.

Syllabus Outcomes: Science and Technology

Earth and its Surroundings

A student:

ES 2.6: identifies some of the features of the solar system and describes interactions that affect conditions on Earth.

ES 3.6: recognises that the Earth is the source of most materials and resources, and describes phenomena and processes, both natural and human, that form and change the Earth over time.

Physical Phenomena

A student:

PP S3.4: identifies and applies processes involved in manipulating, using and changing the form of energy

Fits within COGS Unit 'Local Environments'.

Shooting vortex rings over the audience - how do they work?
Exploding the balloon dog! Contained air has pressure.

Science news stories courtesy of ABC Science Online.
[Click on any headline for the full story].