No lab? No problem!

Want to do more science with your students but don't have access to a lab? No problem! Check out some of these ideas from the Science Learning Hub. Try our advanced search to find more www.sciencelearn.org.nz/search
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STUDENT ACTIVITY - Food colouring - In this activity, students use a simple paper chromatography method to separate and identify the components present in commercially available food colouring.

STUDENT ACTIVITY - Food colouring - In this activity, students use a simple paper chromatography method to separate and identify the components present in commercially available food colouring.

STUDENT ACTIVITY - Aerofoils and paper planes -  In this activity, students learn how to make an aerofoil and to make and fly paper planes. In the process, they learn about aerofoil wing shape (found on planes and birds) and experiment with flying paper planes using angle of attack and nose weight.

STUDENT ACTIVITY - Aerofoils and paper planes - In this activity, students learn how to make an aerofoil and to make and fly paper planes. In the process, they learn about aerofoil wing shape (found on planes and birds) and experiment with flying paper planes using angle of attack and nose weight.

STUDENT ACTIVITY- The great candle experiment  - In this activity, students cover a lit candle with an inverted jar in a saucer of water. The flame expires and the water rises up in the jar.

STUDENT ACTIVITY- The great candle experiment - In this activity, students cover a lit candle with an inverted jar in a saucer of water. The flame expires and the water rises up in the jar.

STUDENT ACTIVITY - Introduction to DNA - In this activity, students extract and observe DNA from a tomato.

STUDENT ACTIVITY - Introduction to DNA - In this activity, students extract and observe DNA from a tomato.

STUDENT ACTIVITY - Fern propagation  - In this activity, students learn how to propagate ferns. All ferns reproduce by means of spores. Some ferns, like the hen and chickens fern, reproduce asexually by means of bulbils.

STUDENT ACTIVITY - Fern propagation - In this activity, students learn how to propagate ferns. All ferns reproduce by means of spores. Some ferns, like the hen and chickens fern, reproduce asexually by means of bulbils.

STUDENT ACTIVITY - Modelling animal cells in 3D - In this activity, students make 3D models of specialised animal cells, imitating what can be seen under high-resolution microscopes.

STUDENT ACTIVITY - Modelling animal cells in 3D - In this activity, students make 3D models of specialised animal cells, imitating what can be seen under high-resolution microscopes.

STUDENT ACTIVITY - Investigating air pollution - In this activity, students investigate exhaust emissions, car use and air quality.

STUDENT ACTIVITY - Investigating air pollution - In this activity, students investigate exhaust emissions, car use and air quality.

STUDENT ACTIVITY- Biodegradability experiment - In this activity, students set up an experiment to determine the biodegradability of different substances.

STUDENT ACTIVITY- Biodegradability experiment - In this activity, students set up an experiment to determine the biodegradability of different substances.

STUDENT ACTIVITY - New Zealand plate boundary models - In this activity, students make and/or observe two 3D moving models of the different tectonic plate boundaries under the North and South Islands representing the North Island subduction zone and the South Island Alpine Fault.

STUDENT ACTIVITY - New Zealand plate boundary models - In this activity, students make and/or observe two 3D moving models of the different tectonic plate boundaries under the North and South Islands representing the North Island subduction zone and the South Island Alpine Fault.

STUDENT ACTIVITY - World of quakes - In this activity, students take on the roles of seismologists and vulcanologists, using maps to look for patterns in the worldwide distribution of earthquakes and volcanoes.

STUDENT ACTIVITY - World of quakes - In this activity, students take on the roles of seismologists and vulcanologists, using maps to look for patterns in the worldwide distribution of earthquakes and volcanoes.

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