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Home Page | Access to other Strands & Attainment Outcomes | Skills | Materials from Earth |
Energy & Forces | Living Things |
Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers | |||
Target, Code & Menu | |||||
ES-B1.1 |
Target Menu from G6 |
Earth in Space | |||
Associate the seasons with differences in observed temperature |
put pictures into sets to represent the four named seasons collect evidence to establish that heat from the Sun is greatest in summer create pictures to represent the seasons |
For most pupils at this stage, explanations of seasons based upon the Earth's tilt would not be appropriate, though some may understand it. Simply listing summer and winter clothing should establish hot and cold seasons. Longer summer days have more sunshine. Heat from a torch bulb can be used to link light and heat. | |||
ES-B1.2 |
Target Menu from G6 |
Earth in Space | |||
Describe how: day and night are related to the spin of the Earth. |
observe, record and present information about changing lengths of shadows throughout the school day, e.g. by setting up shadow sticks in the playground get the pupils to suggest what happens to the Sun at night use a model, e.g. torch and globe/ball, to illustrate the spin of the Earth. |
Links must be made between the spinning of our planet and the passage of time, one complete rotation being completed in 24 hours. Shadow exercises are designed to provide some concrete evidence of the rotation.
Use a torch and a ball to show what happens if the ball spins in the light of the torch. |
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Changing materials |
Energy & Forces | Living Things |
Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers | ||||
Target, Code & Menu | ||||||
ES-B2.1 |
Target Menu from G3 |
Materials from Earth | ||||
Make observations of differences in the properties of common materials |
make simple observations of differences in properties of common materials using a 'feely box' record findings using words and pictures |
Use the senses to elicit the appropriate vocabulary - hard/soft, wet/dry, rough/smooth, warm/cold, light/heavy, stretchy/bendy, etc. |
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ES-B2.2 |
Target Menu from G3 |
Materials from Earth | ||||
Relate uses of everyday materials to properties |
do a survey of materials around the school that have been used for a particular purpose investigate the hardness of different woods or the strength of different threads or compare the water resistance of different materials try to keep a drink hot in cups made of paper, metal, plastic, glass, polystyrene |
Properties such as strength, flexibility, insulation and conduction, magnetism and water resistance should be added to those encountered at Level A. Pupils should be introduced to the idea of safe handling of material. It is important that pupils should be encouraged to answer questions on the meaning of the findings so that they can draw some simple conclusions. |
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ES-B2.3 |
Target Menu from G9 |
Materials from Earth | ||||
Explain why water conservation is important |
discuss the effects of having the water supply cut off for three days find out where the local water supply comes from list ways in which water can be saved. |
Pupils will have seen TV coverage of the effects of drought on food production and disease. They should consider the significance of our own water supplies and personal responsibilities in ensuring that use and availability are balanced.
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Earth & Space Changing materials |
A | this is Level B |
C |
Home Page | Access to other Strands & Attainment Outcomes | Skills | Materials from Earth |
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Properties & uses of energy |
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Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers | |||
Target, Code & Menu | |||||
ES-B3.1 |
Target Menu from G3 |
Changing materials | |||
Describe how everyday materials can be changed by heating or cooling | suggest what will happen when some things are gently warmed and cooled, then test these predictions in a simple way | Use butter, chocolate, ice, candle-wax, all of which will melt if sufficiently heated and then solidify if sufficiently cooled. The form changes from solid to liquid to solid but no new materials are made. (For your information only, this is termed a physical change). If a small piece of wood and a little ball of paper were to be included in the investigation, no change would occur (but take care to use only gentle heat, e.g. on a hot plate, not over open flames). | |||
discuss how heat could be used to change wood and paper
make a frieze to show how pupils can keep themselves safe from fire |
More heat, e.g. on a hot stove, will char or even burn some of the materials, leaving only black carbon. (You might demonstrate this, but with heavy emphasis on safety and the dangers of fire. This topic is dealt with in a practical manner at Level D.) (Again, for your information only, burning forms new materials so it is a chemical change.) Fireguards, behaviour in the kitchen, fireproof clothing, playing with candles and matches could all be featured, with care being taken not to make the subject too scary. The fire service and 999 procedures could be introduced. | ||||
ES-B3.2 |
Target Menu from G9 |
Changing materials | |||
Give examples of everyday materials that dissolve in water | find out which materials dissolve best in water, draw conclusions and make a short report on the investigation | Try salt, sugar, sand, flour, drink crystals. Pupils will recognise the need for fair testing, so that equal quantities of water (a glass filled to a mark) and test material (a level spoonful should be used). Some might recognise that the temperature of the water is also important. To make comparisons, the time taken for the solid to disappear must be measured in some way. The sand and flour will not dissolve - they are insoluble in water. The other tested materials are soluble. | |||
ES-B3.3 |
Target Menu from G9 |
Changing materials | |||
Give examples of common causes of water pollution | discuss what would make water dangerous to drink and why we must take great care in looking after our environment
research local/Scottish evidence of how the environment is being improved by the prevention/ reduction of water pollution. |
Even if river water looks clear it will contain small living things (bacteria and viruses) that can cause disease. Things get much more dangerous if sewage is allowed to get into drinking water. Waste from factories can also be a problem, but animal slurry from farms is our largest problem. Because of these dangers, water is made safe at treatment plants before we drink it. Fertilisers from fields also pollute water, the major effect being to stimulate algal growth, which causes fish to die. |
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Earth & Space | Living Things |
Changing materials |
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Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers | |||
Target, Code & Menu | |||||
EF-B1.1 |
Target Menu from G4 |
Properties & uses of energy | |||
Identify the Sun as the main source of heat and light |
starting from pupils' drawings of day and night, answer simple questions, helping to establish that daytime is warmer and lighter than night-time and that the Sun provides the heat and light energy melt ice or chocolate on a saucer standing in direct sunlight and compare with one left in the dark |
It is challenging to establish that the Sun is the major energy source here. This might require presentation of the information in a straightforward manner. Pupils' experiences of sunburn may help. The dangers of looking directly at the Sun must be pointed out as the high levels of light energy are damaging to the eyes. Take care when considering the Moon. This is not a light source; it simply reflects sunlight. |
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EF-B1.2 |
Target Menu from G4 |
Properties & uses of energy | |||
Link light and sound to seeing and hearing |
examine pictures in a darkened area of the classroom then provide light from a torch and make simple comparisons between the detail that can be seen with and without light carry out a sound quiz and make a collection of words to describe the sounds that the pupils can hear and explore how they make sound carry out a number of activities to test ideas about sound, e.g. establishing the direction from which a sound comes, using one or two ears, how far away they can hear a quiet sound, etc. |
A cardboard box with a hole in the side that is large enough to shine a torch into and to look through at the same time would suffice. A simple coloured picture offset to the hole on the opposite side of the box should give results but take care that you do not let too much daylight in through the hole. Working under a large coat might help. There are opportunities to link with aspects of road safety.
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Energy & Forces Conversion & transfer of energy |
this is Level B |
C |
Home Page | Access to other Strands & Attainment Outcomes | Skills | Properties & uses of energy |
Force & their effects |
Earth & Space | Living Things |
Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers | ||||
Target, Code & Menu | ||||||
EF-B2.1 |
Target Menu from G5 |
Conversion & transfer of energy | ||||
Give examples of being 'energetic' |
identify people that are particularly energetic and use the word to describe them give examples of the things that energetic people do |
Energy is a particularly challenging concept for pupils to understand. Having already met examples of the 'forms of energy' - heat, light, sound, electricity - we now turn to links between energy and activity. This will be useful in later years when energy will be defined as the ability to do work. |
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EF-B2.2 |
Target Menu from G5 |
Conversion & transfer of energy | ||||
Link the intake of food to the movement of their body |
link 'being energetic' to high activity levels collect adverts of 'foods that give you energy' discuss the importance of eating some energy food before coming to school. |
Check the energy levels on packaging - usually measured in kJ (kiloJoules) or kcal (kilocalories). Encourage pupils to think through the consequences of their decisions on eating. |
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Earth & Space | Living Things |
Variety & characteristic features |
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Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers | |||
Target, Code & Menu | |||||
EF-B3.1 |
Target Menu from G7 |
Forces & their effects | |||
Describe the effect that a push or pull can have on the direction, speed or shape of an object |
design simple and safe pushing contests, where each competing pupil uses only one hand pushing directly against another pupil's hand investigate how to make the biggest dent in a ball of Plasticine find out how to increase and decrease the speed of a toy car or rolling ball explore factors affecting the movement of a toy car down a ramp |
Take care not to allow damage to self-esteem. If necessary allow two small pupils to compete against a larger, stronger child. It should be pointed out that a push or pull (i.e. a force) in the same direction as the motion increases speed whereas a push or pull against the direction of the motion decreases speed. The heavier the rolling ball, the more convincing this will be. Try to elicit ideas from the pupils, e.g. height of ramp, how far up the ramp it starts, surface of ramp, amount of push. Get them to make predictions and help them to plan what to do.
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EF-B3.2 |
Target Menu from G7 |
Forces & their effects | |||
Give examples of magnets in everyday use | play with magnets and talk about what makes them special
make a collection of magnets in everyday use |
Pupils are likely to focus on the 'sticking' properties, yet the magnet doesn't feel sticky to the touch. Some will be able to spot that magnets pick up things made of metal (iron and steel) but not all metals. Fridge magnets will be best known, but some pupils might recognise magnetic kitchen door catches, magnetic screwdrivers and compasses as further examples. Less familiar use of magnetism includes loudspeakers, tape-recorders, television sets. | |||
EF-B3.3 |
Target Menu from G7 |
Forces & their effects | |||
Describe the interaction of magnets in terms of the forces of attraction and repulsion. |
find out what happens when two bar magnets are put together make labelled drawings to describe what happens test the strength of different magnets examine a range of devices that use permanent magnets find out which materials are magnetic and which are not. |
This can be used to develop investigatory skills, with pupils suggesting what might happen then observing and then recording the results when they try it out. It helps if the north pole of each magnet is clearly marked. The idea of force as a push or a pull having been introduced at Level A, these terms can now be used in descriptions, with the additional terms 'attraction' and 'repulsion'. Through questioning and observation you can help pupils towards the generalisation that ' like poles repel' and 'unlike poles attract'. |
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Force & their effects |
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Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers |
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Target, Code & Menu | |||||
LT-B1.1 |
Target Menu from G11 |
Variety & characteristic features | |||
Give some of the more obvious distinguishing features of the major invertebrate groups |
make collections of minibeasts (worms, molluscs, insects, spiders) and ask pupils to find different ways of sorting them, e.g. legs/no legs, fly/walk/slither discuss and note the main distinguishing features of the invertebrate groups (legs, wings, skin covering, body parts, number of legs look at models of some invertebrate body types make annotated class posters, drawings or paintings of members of the major groups pupils to choose an invertebrate and find out about it and report to their group or class on their findings |
There are many additional invertebrate groups, including starfish, sea anemones, flatworms, crabs, etc. They can be included in the groupings if they arise but there is no intention that the features of all the classification groups should be taught. The groups examined will be those appropriate to the local environment.
Models made from card tubes can be useful in discussing organisms such as insects, spiders and crabs, and the absence of an internal skeleton but the presence of an external skeleton serving a similar purpose can be noted. |
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LT-B1.2 |
Target Menu from G11 |
Variety & characteristic features | |||
Name some common members of the invertebrate groups. |
use very simple pictorial keys to name common invertebrates from the local environment make drawings of invertebrates showing the main features and add their names devise and play card games and other games to reinforce the distinguishing features of each group and the names of common members discuss the need to take care not to harm animals in the local environment and to return any animals brought into the school for observation purposes. |
Keys selected or devised should use the simple terms used to distinguish the groups and should be restricted to those invertebrates in the local environment.
Pupils' drawings will give diagnostic evidence of understanding. This provides an early opportunity to discuss the responsible care of living things and the environment.
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Home Page | Access to other Strands & Attainment Outcomes | Skills | Variety & characteristic features |
Interaction of living things with their environment |
Earth & Space | Energy & Forces |
Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers | ||||
Target, Code & Menu | ||||||
LT-B2.1 |
Target Menu from G8 |
The Processes of Life | ||||
Give examples of how the senses are used to detect information |
relate light and sight to detecting information about our surroundings. Play ball-throwing games with one and two eyes open to lead to the idea of judging distances. When blindfolded, pupils could try to recognise objects or each other by touch relate sound and hearing to detecting information about our surroundings. Identify the direction of sounds when blindfolded investigate touch using various grades of sandpaper investigate taste and smell using plain and flavoured potato crisps |
The activities in Energy & Forces - Level B - Properties & uses of energy should precede these activities exploring the human senses. The emphasis should be on the gathering of information about the surroundings rather than any detail of the processes involved. |
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LT-B2.2 |
Target Menu from G8 |
The Processes of Life | ||||
Recognise the stages of the human life-cycle | sequence pictures to show the stages in the human life-cycle from birth to old age
examine pictures of members of a family over at least two generations |
Pupils can use pictures of their own family members. The changes taking place as a result of maturation and ageing can also be examined. Pupils should be able to recognise and name the stages between birth and death. | ||||
LT-B2.3 |
Target Menu from G8 |
The Processes of Life | ||||
Recognise stages in the life-cycles of familiar plants and animals |
view video material to study the life-cycles of familiar animals sow seeds and observe their growth from seed through to flowering and collection of seeds plant bulbs and observe and draw the stages in development |
Animals could include cats, dogs, frogs, butterflies, hens, etc. Pupils should be able to sequence pictures of stages in life-cycles or label pictures. Detail of the cycles is not required at this stage. | ||||
LT-B2.4 |
Target Menu from G8 |
DFES | The Processes of Life | |||
Identify the main parts of flowering plants |
visit a local area to observe examples of common flowering plants and where they grow examine a range of plants and identify roots, stem, leaves and flowers. Record findings as labelled drawings discuss why only common weeds and garden plants should be taken into school for examination and why wild plants should not be picked or dug up in an indiscriminate way make collections of stems, leaves, flowers and seeds. |
A simple treatment is all that is required. Names of parts of the flower are not required. It would be natural to explore the pupils' ideas about the function of each part of the plant but this is not required until Level C. If appropriate the functions could be included at this point for some pupils. Pupils are unlikely to include grasses and trees as flowering plants. They should be helped to see small inconspicuous flowers. It might be useful to make some use of the non-technical grouping of flowering plants into trees, shrubs, herbs and grasses but there is no requirement for these terms to be known. Examination of issues relating to wild plants will lead naturally into the need for protection of animals and plants in the environment. |
Living Things & Processes of Life Interaction of living things with their environment |
A | this is Level B |
C |
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Earth & Space | Energy & Forces |
Level B | Learning activities & links to Target Groups (G) in Framework for Planning | Additional advice from Guide for Teachers & Managers | |||
Target, Code & Menu | |||||
LT-B3.1 |
Target Menu G5 |
Interaction of living things with their environment | |||
Give examples of feeding relationships found in the local environment |
visit shrubs and trees in the local area to observe animals such as insects feeding on plants view video material of caterpillars on cabbages or other common plants, or birds catching flies or eating insects observe birds at a bird table or feeder eating seeds |
Pupils should have carried out the activities leading to the idea of energy coming from foods and being used for activity and movement. They will have talked about foods that people eat and should now consider what common familiar animals eat and where they find their food. Pupils should be introduced to the word 'habitat' using local examples where possible. |
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LT-B3.2 |
Target Menu G5 |
Interaction of living things with their environment | |||
Construct simple food chains |
start with an example of a common food and ask pupils to trace it back to its source select familiar carnivorous animals and, by questioning and using resource material, trace backwards as far as possible to find out the members of the food chain make posters and mobiles to illustrate common simple food chains ask pupils to explain to each other what these food chains mean relate the light needed by plants to grow and be healthy to light from the Sun by investigating the growth of seedlings in the light and in a dark cupboard. |
The pupils will probably include a number of processes including packaging and cooking but the focus should be on dependence on other living things. Careful treatment of pupils' ideas is needed to ensure that the concept of a food chain showing energy flow is established in simple terms and that the notion that a food chain shows 'who eats who' is avoided. 'Where is the energy coming from?' is more appropriate than 'What is it eating?' The terms 'predator' and 'prey' can be introduced. The terms 'producer' and 'consumer' can be introduced. It may be helpful to refer to everyday use of the words and use these as analogies. Plants 'produce' food for animals to 'consume'. |
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