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Students use a table on solubility/insolubility of 16 compounds to determine the validity of four statements and justify with evidence from the table.

Information on particle size and boiling point is provided for three alcohols. Students use this to place these substances in order of particle size and increasing boiling point.

Students are provided with drawings of three methods to collect gases and the characteristics of four gases. Students match the gases with the method of collection that would need to be used.

Using provided data students decide which of three liquids would freeze if placed in a freezer. Students explain what happens to particles when they freeze and how the level changes due to freezing.

Students label six diagrams as an element, compound, or mixture.

Students decide if each of three sentences about solids, liquids, and gases is true or false and then give a reason for their answer.

Students draw diagrams to show the particle arrangement in a solid, liquid, and a gas. Students then describe the differences in arrangement and movement of the particles for each of these states.

Students decide whether four statements about particular nature of matter are true or false and then give a reason for their answer.

Students are given a diagram and information on the ratios of black- to grey-coated possums. Students answer questions relating to this information as well as identifying a method that could be used to determine the percentage of each coat colour.

Students answer questions about the materials that pass through the placenta between the mother and the baby.

Notes on reproduction in some animals have been provided, and students are asked to give reasons for the different processes.

Students explain the function of the veins, waxy layer of the upper surface of the leaf, how the shape of the leaf traps light energy and why the upper surface of the leaf is a darker green than the lower surface.

This resource has four multiple-choice questions about photosynthesis.

Task: Demonstrate understanding of the pupil reflex of the eye, and apply this to answering questions about sunglasses safety. Extension questions probe understanding of who decides on and applies safety standards. Assessment focus: effect of UV light on the eyes and how it can be mediated by simple sunglasses technology.

Task: Students use a labelled diagram of a pitcher plant to answer questions about survival. Assessment focus: features for survival.

Task: Use understandings about heat energy and insulation to describe how adaptations help Emperor penguins survive in Antarctica. Assessment focus: adaptations for keeping warm in cold conditions.

Task: Identify how features/adaptations of a starfish help it survive, and decide whether the amount of evidence from scientists' observations supports or does not support their theory/inference. Assessment focus: using observations as evidence to inform theories.

Task: Decide what information can or cannot be inferred from food chain diagrams. Assessment focus: reading food chains

Task: Answer questions about frog's skin adaptations, and use this information to think about consequences of chytrid fungus for Archey's frogs. Assessment focus: using information to think about management of native endangered species.

Students answer three multiple-choice questions about fossils and how they are formed.

Task: Identify from an experiment the preferred living conditions of slaters, and use a fact file to suggest reasons why. Assessment focus: interpreting results of an investigation.

Task: Identify how the kererū's adaptations contribute to its interactions with its ecosystem, and how knowing about kererū's' adaptations can benefit both it and people. Assessment focus: using understandings about adaptations to consider actions affecting the kererū.

Task: Decide the advantages for survival of both introduced and native frogs' life cycles, explain how climate change could impact on native frogs, and identify level of interest in survival of native frogs. Assessment focus: using information about adaptations.

Students identify where heat is lost from a house, explain ways to reduce heat loss and suggest ways to reduce heat loss.

Task: Using statements from four people decide and justify whether or not each person supports wind farms. Identify which person has a misconception about wind farms, giving a reason. Assessment focus: identifying different perspectives.