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Sunflower Biology Cells Module
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Wow factor is guaranteed with this superb collection of micrographs of cells. Now you can show exactly what should have been seen in the microscope practical. Better still, compare and contrast many different cells. Or show how cell diagrams relate to pictures or practise labelling the common features with lots of examples.
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Sunflower Biology Osmosis Module
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Here are the animations you always needed to explain this all too familiar experiment. A simulation helps you explore what happens to a spud in various concentrations. Animations show what happens at cellular and molecular levels. Watch the water move, see the concentration change. How do you know the cells are turgid?
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Sunflower Biology Photosynthesis Module
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Here�s the simulation of the classic pondweed experiment you�ve needed for far too long. Practise your investigations over and over and be sure they�ll work. Even better, explore the effects of temperature, carbon dioxide and wavelength. What better way to prepare for the real experiment?
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Sunflower Biology Predator/Prey Module
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Populate your 3D habitat with plants, rabbits, and foxes. Then watch as your organisms grow, breed, hunt and die. See the populations vary over time. Why can the system only sustain a few foxes? Investigate what happens when you kill off an organism.
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Sunflower Chemistry Bonding Module
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Take the work out of dot and cross diagrams. Bonding draws the diagrams so you can concentrate on teaching and learning what bonds to what and how. Practise examples over and over again. Make a compound and then retrace your steps as a stop-frame animation. When you've got the basics, try making more complex molecules than you'd normally tackle.
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Sunflower Chemistry Elements, Mixtures, and Compounds Module
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When you learn to imagine the atoms in chemistry, it becomes so much easier. Elements, Compounds and Mixtures gives you the tools to build pictures of the atoms in the substances of school chemistry. Better, you can add different substances together to make mixtures or show the "before and after" for hundreds of chemical reactions.
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Sunflower Chemistry Rates of Reaction Module
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Investigate a simulation of the collision theory to help explain all those lab experiments. You set the conditions for a virtual reaction and then watch as the particles collide and react. You can even set activation energy, whether or not a catalyst is present, or the size of the chunks, so you can explore how surface area affects rate.
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Sunflower Chemistry Solids, Liquids, and Gases Module
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You've talked about the particle model, but now you can have one. With this computer model you can easily make solids, liquids and gases. Then you'll want to melt, evaporate, condense, freeze and boil. Decide how strongly the particles attract and then discover the melting point. Which factors affect the shape of the cooling curve? Why not run a virtual experiment alongside the real one?
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Sunflower Physics Color Module
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This is a great way to investigate a very hard topic. Choose which colours your stage performers reflect or absorb. Then explore how they appear as you shine different coloured stage lights on them. Superimpose light beams to explain what happens. Best of all, see it all in three dimensions.
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Sunflower Physics Earth in Space Module
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Superb 3D models will help make sense of the scale and structure of our universe. Outstanding animations help explain seasons, eclipses, tides and phases of the moon. Take it further with star lives or look for trends in the planets. A beautiful and comprehensive resource.
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