At Level 4 the student is able to:
This is evident when the student is able to:
· draw simple food chains
· relate feeding relationships, for example, predator/prey and producer/consumer, to survival
· relate survival of animals and plants to their dependence on each other in a variety of ways
· identify interdependent relationships within a group of animals.
This is evident when the student is able to:
· describe the features of the main parts of plant systems, that help them carry out their functions
· explain how particular systems of plants and animals carry out their function
· describe the features of the main parts of animal systems, that help them carry out their functions.
This is evident when the student is able to:
· compare observable physical properties of common substances
· describe the properties of everyday materials
· link the properties of substances to their suitability for particular uses.
· identify characteristics of physical change, including change of state, mixing (not reacting) and reversibility
· identify chemical change by observing the presence of new substances during reactions
· describe physical and chemical changes in substances that are encountered in everyday life
· demonstrate the difficulty of reversing a chemical change compared to reversing a physical change.
This is evident when the student is able to:
· identify layers within the Earth and the atmosphere
· describe natural events and their association with atmospheric changes
· describe natural events and their association with movements of the Earth’s crust and mantle.
This is evident when the student is able to:
· name the planets of our solar system
· describe the relative sizes of planets and their relative distances from the sun
· describe planets in terms of their distinguishing features.
This is evident when the student is able to:
· describe the operation of simple devices that transfer or transform energy
· distinguish between simple examples of energy transfer and energy transformation
· choose and organise materials to produce a working model that transfers or transforms energy
· describe the operation of the produced working model in terms of energy transfer or transformation.
This is evident when the student is able to:
· describe the effect of two forces acting on an object in the same straight line
· describe the effects of magnetic attraction/repulsion forces on an object
· describe common forms of motion, and the effects of smooth and rough surfaces on the motion of an object
· describe combinations of forces which maintain a floating object in equilibrium.