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Students give two pieces of information a scientist could learn from placing bands on the legs of birds.

Students are given an outline of a fair test. They are asked to identify the aim, variables to be controlled, how to judge the results, and an aspect of replication.

Pictures are given of the life cycles of three different animals (hawk, turtle and deer). Students identify which stage the animal's survival is most in danger and give explanation of why it is not safe. Students also give one special feature that helps this animal survive at this time.

Students are given an experimental setup of heating water with a burning peanut and are asked how they could change this in three ways to get a greater temperature increase. Students are also asked to give two important experimental conditions that should remain the same if the experiment was repeated.

Students are given diagrams of an experiment on photosynthesis using pond weed. Students are asked to put the diagrams of the experiment into the correct order, to give an aim, identify the gas produced, name the process in plants that produces this gas, and to write a conclusion for the experiment.

For this practical task students investigate water (and dye) movement in a plant when the stem of a daisy is cut lengthwise into three sections. Students record their observations and then explain their results in a scientific way. Key words have been provided.

For this practical task students are given a variety of objects which they are required to make observations on by using their senses.

Students identify the variables to be kept constant, and the variable to be different, when they plan a fair test to show if green plants need light to grow.

Drawings of four different seeds are provided. Students explain how each seed is dispersed.

Students give two reasons why it is an advantage for a porcupine fish to inflate its body and have its spines stick out when it is in danger.

Task: Complete chart to show how birds' feet and beaks are suitably adapted for their particular food and environment. Assessment focus: inference.

Task: View photograph to explain how a chiton protects itself in its environment. Assessment focus: identifying features that help to protect an animal in its particular environment.

Task: Students use an image of an Australian lizard to explain what purpose is served by the lizard's tail looking like its head. Assessment focus: features for survival.

Task: Use features of velociraptors to make inferences about their life style. Assessment focus: using evidence to make inferences.

Task: choose 3 features of a mosquito and say how they help it survive. Assessment focus: adaptations for survival.

Students use pictures of different types of parakeets to identify distinguishing features. NOTE: This resource needs to be used in colour.

Students are provided with pictures of birds and fish and then asked to describe how fish and birds look different and how they look similar.

Students are provided with six drawings of different types of insects. They use the drawings to explain two features of insects and to explain differences between the insects illustrated.

Task: from a set of animals students identify which have observable features common to fish. They then use this information to identify which of the animals are fish. Assessment focus: classification of fish.

Task: Order fruit according to size and number of seeds, make a generalisation about the pattern and use this to predict whether a fig has small or large seeds. Assessment focus: pattern seeking.

Task: Make careful observations of a picture to decide what you can see and what you might know but can't see.

Task: Answer questions about the fire triangle. Assessment focus: elements necessary for combustion.

Task: Interpret data from tables. Assessment focus: data interpretation.

Task: Answer questions about the relationship between mass and stretch. Assessment focus: graph interpretation.

Task: Answer questions about relationships between mass and stretch. Assessment focus: identifying patterns in data.