Students use their knowledge of the fire triangle to identify risk factors for a given scenario, and apply this to their own situation. They use rubrics to rate and improve some of their explanations.
Plan an investigation to find out which of two students' predictions is correct, and identify how to recognise what a result would look like. Assessment focus: identifying what to measure or compare to answer a science question.
Task: Create, use and identify ‘rules’ based on observable and/or measurable physical properties of common plastics. Assessment focus: classifying & identifying.
Describe methods for speeding up and slowing down melting of an ice cube using one of three provided objects, and explain why the methods would work. Assessment focus: planning an investigation.
Students explain how they can work out how many striped or shaded beads are needed for a number of repeated 'sets', and identify the number of striped and shaded beads for given numbers of sets.
Students identify fractions that are greater than a half and explain their reasoning. They also identify how far from half some fractions are and name a fraction closer to half than one given.
Task: Describe what happens to ice in a glass of water, giving reasons, and explain where water forming on the outside of the glass comes from. Assessment focus: changes of state.
Students explore the literary device used in the poem title, choose their own phrase, and visually present it. They obtain feedback from a class member. Annotated student work samples are provided.
Task: Use pictures to identify special features of various fish and make predictions as to likely habitats based on these features. Assessment focus: purpose of adaptation in fish.
Task: Students give oral explanations about how the features of a weta or a mallard duck help it survive in its environment. Peer assessment sheets are included. Assessment focus: structure and function.
Pairs of students play a game with four dice, calculate the probability of winning the game, comment on how to get a more accurate estimate of the probability, and explain whether the game is fair based on their results.
In this practical task, students follow a plan to construct a water timer. They then put on markings for times 1-5 minutes based on observations and recordings.