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BBC Teach

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Whether you're at home or at school, you can use BBC Teach for free. Our website is home to thousands of free curriculum-mapped videos, arranged by age-group and subject.

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Whether you're at home or at school, you can use BBC Teach for free. Our website is home to thousands of free curriculum-mapped videos, arranged by age-group and subject.
KS1 / KS2 Science - What is pollination?
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KS1 / KS2 Science - What is pollination?

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This film is from the series Ivy’s Plant Shop available on BBC Teach. This film explores the process of pollination and the roles played by different parts of a plant. At the end of the film, the process is summarised in a catchy song which will help children remember it. Teacher Notes This film could be used as an introduction to plants and reproduction. Pupils could write a non-fiction report on plant reproduction or the process of pollination. Working in pairs, pupils could create a series of cards depicting pollination which another pair could then try to sequence. Curriculum Notes This film will be relevant for teaching Science/Biology at Key Stage 1 and Key Stage 2 in England, Wales and Early and 1st and 2nd Level in Scotland. Also at Foundation, KS1 and KS2 in Northern Ireland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS2 Science - The life cycle of an ant
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KS2 Science - The life cycle of an ant

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This film is from the series Life on Planet Ant available on BBC Teach. A leafcutter ant colony from Trinidad has been rescued and re-housed in a giant man-made nest in the UK, allowing an in-depth study into their normally hidden world. It’s the first time a man-made colony has been built on this scale and Professor Adam Hart gives four primary school scientists a tour. The young scientists are not able to see the queen as she is hidden deep within the nest. But, in the lab, Adam is able to show them a similar queen from another leafcutter colony. They learn that the queen is much larger than all the other ants, with the smaller ants that surround her tending to her every need. The life cycle of ants is described; the queen lays the eggs which hatch into larvae and then change to become the ants in the colony. When the eggs are laid they are all the same, but what and how much they are fed results in different kinds of ants, such as soldier ants and minima. The ant colony is very clever; if it comes under attack it produces more soldier ants, and if they need more leaves they will grow more ants to become foragers. Teacher Notes Students could role-play how an ant colony adapts to outside forces. One student could be selected as the ‘queen’ and two others as worker ants. Everyone else could stand in a ‘holding zone’. The ‘queen’ could tap students in the holding zone on the shoulder and they would then become ‘eggs’. Once the eggs are created, the worker ants should hand out different coloured bands, depending on whether the ant in the egg will become a soldier or a worker ant. Once a few ants have been ‘born’, a caller could describe an outside force which is affecting the colony. For example, ‘another colony is attacking’. The workers should then hand out more ‘soldier’ bands. Outside forces should lead to killing a number of ants at once so that students can return to the holding zone, begin their life again as ‘eggs’ and continue the flow of the game. Examples include humans stepping on the colony, or doing battle with other ants. Students could draw the different stages of the ant life cycle in the correct order. Curriculum Notes This clip will be relevant for teaching Science/Biology at KS2 in England, Wales and Northern Ireland and 2nd Level in Scotland.
KS3 / KS4 History - Women at work in the 1950s and 1960s
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KS3 / KS4 History - Women at work in the 1950s and 1960s

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This film is from the series Exploring the Past - Post-War Britain available on BBC Teach. Fifteen-year-old Amba talks to her grandmother about her working life in the 1950s. She left school at 14 and worked in food factories until she married at 17. She returned to work part-time when her child went to school, in order to save up for expensive items such as a fridge, a washing machine and a car. Dr Claire Langhamer from the University of Sussex puts this experience into context, saying that it reflects the experience of many women at the time who worked to earn extra money but saw their main job as a wife and mother. Amba speaks to Patricia Barrett who worked in a bank for 35 years and never wanted to marry. She explains how women were treated differently to men at her bank – they earned less, were put on temporary contracts when they got married and weren’t offered overseas postings. Teacher Notes This could be used to show how women faced restrictions in terms of job opportunities in the post-war period. This could also be used to set up a discussion about laws preventing discrimination against women. Curriculum Notes This short film is relevant for teaching history at Key Stage 3 and Key Stage 4 / GCSE in England, Wales and Northern Ireland and National 3, 4 and 5 in Scotland. Some of the social issues highlighted could also be relevant for teacher Citizenship, PSHE or Modern Studies. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 History - The history of women's football
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KS3 History - The history of women's football

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This film is from Hunting for History available on BBC Teach. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 History - Dorothy Hughes: The girl who broke the rules
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KS3 History - Dorothy Hughes: The girl who broke the rules

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This film is from the series Our Greatest Generation available on BBC Teach. The story of how Dorothy Hughes came to be one of the first female Chelsea Pensioners. Dorothy came from a strict but comfortable home. Like many women, Dorothy was attracted by the thought of contributing to the war effort during World War Two. She defied her parents’ wishes for her to become a teacher and joined the army, becoming a gunner helping to shoot down German planes over London. She experienced suspicion and hostility from male gunners before eventually being accepted as an equal. Many years later, after her husband died, Dorothy decided to challenge another male institution, and applied to live at the world famous Royal Hospital Chelsea for retired British soldiers. Teacher Notes This short film could be used as part of an enquiry into the impact of World War Two on British society. Dorothy’s story could be used to help explore how far the war helped advance the role of women in Britain. Pupils could examine why Dorothy’s parents were against her decision to join the army, before considering why more women were needed to support the war effort, and the reaction of some men to the introduction of women into roles which traditionally were carried out by men. It might also be interesting to consider why women were not allowed to become Chelsea Pensioners until 2009. Curriculum Notes This short film will be relevant for teaching history at Key Stage 3 in England, Wales and Northern Ireland and third and fourth level in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS2 / KS3 English - Welcome to Athens
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KS2 / KS3 English - Welcome to Athens

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This film is from the series A Midsummer Night’s Dream by William Shakespeare available on BBC Teach. Puck - a woodland sprite - relates recent events in Athens: Theseus, the Duke, is preparing to marry Queen Hippolyta. Meanwhile Egeus wants his daughter, Hermia, to marry Demetrius. But Hermia only has eyes for her true love, Lysander. Egeus takes Hermia to Theseus and he rules in her father’s favour: Hermia must marry Demetrius. So Hermia and Lysander make a plan to escape the city through the woods to be married beyond the reach of Athenian law. The lovers reveal their plan to Hermia’s friend Helena, who is herself unhappily in love with Demetrius. Helena decides to tell Demetrius about it in the hope of winning his favour. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS2 English - Shakespeare: Unplugged
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KS2 English - Shakespeare: Unplugged

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This film is from BBC Teach Live Lessons for primary schools available on BBC Teach. This Live Lesson in partnership with the Royal Shakespeare Company is designed to introduce upper Key Stage 2/2nd Level pupils to some of William Shakespeare’s best known plays. The lesson focuses on aspects of Shakespeare’s language and characters, and teaches students how to turn those famous words and scenes into a performance or production of their own. Presented by CBBC’s Karim Zeroual and Katie Thistleton, and with special guests from the Royal Shakespeare Company and across the fields of acting, writing and directing, the lesson features iconic scenes from A Midsummer Night’s Dream, Macbeth and Henry V. This edited programme was originally streamed live to schools in March 2016. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS4 English Literature / KS4 Drama - Julius Caesar: The Orations
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KS4 English Literature / KS4 Drama - Julius Caesar: The Orations

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This film is from the series Shakespeare Unlocked - Julius Caesar available on BBC Teach. Brutus explains to the crowd why the conspirators killed Caesar and then insists they stay to hear Mark Antony. Antony gives an emotional eulogy over the dead body of his friend. Teacher Notes Before watching the scene, ask your students to write down what they know of the characters of Brutus and Mark Antony from the play so far. How far do they see these characters as similar, and how far are they differentiated by Shakespeare? How do they think each character will react to the death of Caesar? Alternatively, you could write snippets from each speech onto cards (e.g. ‘as Caesar lov’d me, I weep for him’, ‘it were a grievous fault, and grievously hath Caesar answered it’), and ask students to try and decide which man is most likely to say each thing about Caesar. Ask students to brainstorm ways to calm down an angry crowd. Ask students to evaluate how effective Brutus’s speech is in excusing his actions. Curriculum Notes This short film is suitable for teaching GCSE English literature and drama in England, Wales and Northern Ireland and National 4/ 5 in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS1 / KS2 English - Tom's Midnight Garden
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KS1 / KS2 English - Tom's Midnight Garden

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This film is from the series Bringing Books to Life 2 available on BBC Teach. Paralympic basketball player and sports presenter Ade Adepitan reads extracts from ‘Tom’s Midnight Garden’ by Philippa Pearce, explaining why he loves the book, how it captured his imagination, and why he loves to read. The real and animated worlds collide to reveal the wonder that is contained within the book. Ade encourages us to read the book and discover the secrets of Tom’s magical and mysterious midnight garden for ourselves. Teacher Notes Students could write stories which have their name in the title as Ade suggests, for example Ade’s Midnight Garden. Students could explore other literature set in imaginary worlds, for example The Lion, The Witch and The Wardrobe. Often fantasy books have an important social issue or theme disguised in them, for example the evacuation of children from London during World War Two in The Chronicles of Narnia. Students could research the occurrence of measles in the book and how important this is to the story. Curriculum Notes These clips are suitable for teaching English and Literacy at Key Stage 1, 1st Level, Key Stage 2 and 2nd Level. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 / KS4 Physics - Evidence of the Big Bang
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KS3 / KS4 Physics - Evidence of the Big Bang

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This film is from the series Wonders of the Universe available on BBC Teach. Professor Brian Cox explains how evidence for the Big Bang can be found by analysing the colour of starlight. Astronomers have found that the further away a star or galaxy is, the redder its light appears. This effect is known as red-shift and it tells us that distant stars are moving away from us. Scientists interpret this as evidence for an expanding universe. Teacher Notes This clip can be used as a starting point to discuss the Big Bang theory. Pupils can discuss and explain how light unlocks the fact that the light is red-shifted when objects are moving away from us in the universe. It can be used to promote discussion to link red-shift with the Big Bang. Curriculum Notes These clips will be relevant for teaching Physics at KS3, GCSE/KS4 and National 4/5 and Higher. The topics discussed will support OCR, Edexcel, AQA,WJEC GCSE in GCSE in England and Wales, CCEA GCSE in Northern Ireland and SQA National 4/5 and Higher in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 / KS4 Physics - How are solar power and photosynthesis connected?
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KS3 / KS4 Physics - How are solar power and photosynthesis connected?

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This film is from the series Wave World available on BBC Teach. Jon Chase joins engineering students at Cambridge University hoping to win a race across Australia in their solar-powered car. Today they are testing the 110 km/h car on an airfield. They need as much power as possible, so the team uses solar cells normally used in space to power satellites. Jon discovers how the cells use light to make electricity.But solar power isn’t all about electricity. Plants are solar powered. And because we eat plants, this means most of us are solar-powered too. The substance in plants that captures light energy is called chlorophyll. Jon experiments with chlorophyll and finds out why green plants are green. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 / KS4 Physics - Sir Isaac Newton and the scientific method
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KS3 / KS4 Physics - Sir Isaac Newton and the scientific method

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This film is from the series Science Britannica availabel on BBC Teach. Professor Brian Cox outlines the historical context of the era in which Newton began to be interested in the nature of the visible spectrum obtained using a prism. He recreates Newton’s simple experiment that proved that colours were the pure components of white light, rather than being impurities. He explains that Newton observed aspects of the world, came up with theories to explain them and then tested them with experiments. He then looks at Newton’s ‘Principia Mathematica’, before concluding that science is about simplifying the complex world around us, creating controllable and repeatable experiments to test hypotheses, and then transferring understanding to the complex world outside the laboratory. Teacher Notes Before showing this film, ask your students to share and write down in groups what they already know about Sir Isaac Newton. During the film, students should write brief notes to explain the contribution that Newton made to the nature of science and scientific enquiry. Curriculum Notes This film will be relevant for teaching physics at KS3, GCSE/KS4 and National 4/5 and Higher. The topics discussed will support OCR, Edexcel, AQA,WJEC GCSE in GCSE in England and Wales, CCEA GCSE in Northern Ireland and SQA National 4/5 and Higher in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 / KS4 Chemistry - Experiments with air
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KS3 / KS4 Chemistry - Experiments with air

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This clip is from the series The Alchemist’s Apprentice available on BBC Teach. Three students try out hands-on experiments with carbon dioxide in a science lab. With the help of Dr Peter Wothers at the University of Cambridge, they explore the properties of the air around us. They measure the density of carbon dioxide, they create ‘dry ice’ by extracting carbon dioxide from calcium carbonate, and they explore how limewater is made. Teacher Notes Students could be asked to write down word and symbol equations for the processes occurring in this clip. They could also be challenged to criticise the on-screen graphics and the use of the = sign. Symbol equations can be balanced. The thermal decomposition of calcium carbonate can be repeated by students in the lab, using large marble chips on the edge of a piece of gauze and heating for ten minutes with a hot Bunsen flame. During this time, the teacher can circulate with a butane brûlée torch and heat each chip for one minute until limelight is seen. After cooling, the chips can be reacted with water and tested using universal indicator drops. Curriculum Notes This topic appears in OCR, Edexcel, AQA, WJEC KS3, KS4 and GCSE in England and Wales, CCEA GCSE in Northern Ireland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 / KS4 Physics / Chemistry - What is graphene?
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KS3 / KS4 Physics / Chemistry - What is graphene?

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This film is from the series Materials: How They Work available on BBC Teach. Materials scientist, Mark Miodownik describes the discovery of graphene. It’s the toughest material we know: 200 times stronger than steel, and able to carry electricity at 1 million metres per second. It was discovered in 2004 by the Noble Prize winning duo, Andre Geim and Konstantin Novoselov, from the University of Manchester. Mark meets Andre Geim who explains some of the properties of his discovery. Teacher Notes This clip can be used as a stimulus for research into new materials and designer polymers and alloys. Students can begin by researching the uses of graphene Then other examples of new materials such as smart alloys, water absorbing polymers, super strong magnets and hydrophobic sand can be demonstrated and their properties investigated. Students can suggest a use for an ideal material which fill a gap in the market and then make suggestions as to how it can be filled. Curriculum Notes This clip will be relevant for teaching Chemistry at KS3 and GCSE Level. This topic appears in OCR, Edexcel, AQA, WJEC in England and Wales, CCEA GCSE in Northern Ireland and SQA National 4 and 5 in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS4 Design & Technology - Introduction to biomimetics
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KS4 Design & Technology - Introduction to biomimetics

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This film is from the series Biomimetics - Designed by Nature available on BBC Teach. Scientists are applying their study of the natural world to the development of exciting new innovations. Fran Scott shows inspirational examples of man-made products that are interpreting nature’s biological functions. For example, spiders silk inspiring Kevlar, termite mounds inspiring passive cooling in buildings, whale fins inspiring turbine blades, sea sponges inspiring fibre optics and lotus leaves inspiring self-cleaning paint. Teacher Notes This film is a good introduction into biomimetics. This clip can be used to inspire students and give them reference points for further research. It shows the process researchers go through to arrive at their innovative design ideas. Students could take an investigative approach to the natural world around them and apply their design thinking to generate new ideas. Curriculum Notes This clip is suitable for GCSE Design and Technology and touches upon topics that appear in AQA, OCR A, EDEXCEL, EDUQAS, WJEC GCSE in England and Wales, and CCEA GCSE in Northern Ireland and SQA National 5 in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 / KS4 Physics - The physics of free fall
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KS3 / KS4 Physics - The physics of free fall

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This film is from the series The Science of a Space Dive available on BBC Teach. In 2012, Austrian dare devil, Felix Baumgartner, performed a record-breaking and historic skydive from the stratosphere to land in New Mexico Baumgartner’s team had to anticipate the risks of falling from high altitude. Their biggest fear was, that as Felix fell, he could become locked in a flat spin and lose consciousness. A flat spin could have been caused by his body becoming aerodynamically unbalanced, sending him into a rotation that he might not be able to escape. If his head was at the centre of the spin, the g-force would pull the blood out of his brain, causing a blackout. If his feet were at the centre of the spin, the blood would pool in his head, causing a red-out or an aneurysm. Teacher Notes The clip could be used to stimulate a discussions about gravity, free fall, air resistance and terminal velocity. Can they think of any other times when these dangers need to be overcome? Curriculum Notes This clip could be relevant to teaching Science at KS3 and KS4 in England, Wales and Northern Ireland and at National 4/5 or Higher in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 / KS4 Biology - Lemurs: evolution and adaptation
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KS3 / KS4 Biology - Lemurs: evolution and adaptation

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This film is from the series Wonders of Life available on BBC Teach. Professor Brian Cox visits Madagascar to track down the rare aye-aye lemur, and see how it is perfectly adapted to its surroundings. He explains how species of lemurs have evolved to fulfill many different ecological niches on the island. Brian shows us the unique adaptations of an aye-aye, like its unusual teeth, perfect for gnawing away bark, and its elongated, bony middle finger, which it uses to prize out grubs. Teacher Notes Use the clip as an alternative example of specific adaptations. Students could find out what animals could have competed with the aye-aye on different continents, identifying why they have been successful around the planet. Curriculum Notes This clip will be relevant for teaching Biology at KS3 and KS4/GCSE in England, Wales and Northern Ireland and SQA National 3/4/5 in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS4 Chemistry - How is glass made?
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KS4 Chemistry - How is glass made?

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This film is from the series Real World Chemistry available on BBC Teach. Fran Scott learns how glass is made in a factory. The raw materials are described, together with the use of soda ash to lower the melting point and make it easier to form into useful shapes. The production process is described, including the use of gas burners to maintain the high temperature. Automated equipment is used on a continuous production line that works at very high speed to produce glass bottles. Finishing processes include adding a coating to improve strength, heating and slowly cooling to remove weaknesses and another surface treating to make them harder and more resistant to scratching. Quality control mechanisms are described. Teacher Notes Teachers can also refer to the Mark Miodownik clips from the BBC series ‘Materials: How They Work’. Students can be given a list of questions for them to answer whilst they watch the clip that focus on your intended learning outcomes. Students could be asked to suggest why the factory works 24 hours a day, 365 days a year. Curriculum Notes These clips will be relevant for teaching Science and Chemistry at KS4 in England, Wales and Northern Ireland and National 4/5 in Scotland. The topics discussed will support OCR, Edexcel, AQA, WJEC GCSE in England and Wales, CCEA GCSE in Northern Ireland and SQA National 4/5 and Higher in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 / KS4 Biology - Factors that affect germination
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KS3 / KS4 Biology - Factors that affect germination

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This film is from the series Biology Bites available on BBC Teach. Science presenter, Jon Chase, investigates the effects of temperature, water and oxygen on seed germination. He finds out that seeds germinate best in warm, moist and well-oxygenated conditions. He also looks at the effect fertiliser has on the rate of germination and plant growth. Teacher Notes Students could repeat the experiment seen in this short film using cress seeds. Do the students’ results reflect Jon Chase’s findings? Are temperature, water and oxygen the key factors? The scientist interviewed says that water is the most important factor of the three. The scientist also says that fertilisers (nitrates) speed up germination (as well as plant growth). Does this match your students’ findings? Students could then look at the fertilisation of plants, by placing pollen onto a stigma and observing it grow into a pollen tube. Curriculum Notes These short films will be relevant for teaching biology and science in general at KS3 and KS4 in England, Wales and Northern Ireland and National 4/5 in Scotland. The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.
KS3 Biology / KS3 Design and Technology - The science behind carbohydrates
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KS3 Biology / KS3 Design and Technology - The science behind carbohydrates

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This film is from the series Gastro Lab available on BBC Teach. Paralympic athlete, Jordanne Whiley, explains why carbohydrates are important in her diet. Meanwhile, Stefan Gates uses a ‘sugar shotgun’ to illustrate how energy is released from food and creates heat. We hear about the difference between complex and simple carbohydrates, their food sources, their function in the body and the energy they release. We are advised to get 55% of our calories from carbohydrate rich foods, particularly complex carbohydrates such as wholegrains, wholemeal bread, rice and potatoes. The links between simple carbohydrates, or sugar, and the risk of tooth decay, heart disease and weight gain are explained. The idea of balancing energy in and energy out is highlighted. Teacher Notes You could ask your students to compare the amount of calories per 100g or per portion found in a selection of carbohydrate-based foods, by examining food labels or using nutritional analysis. These foods could be placed in rank order and evaluated as to which would be the best to eat before a marathon. Curriculum Notes This short film is relevant for teaching biology and food technology at Key Stage 3 in England, Wales and Northern Ireland, and 3rd Level in Scotland The purpose of BBC’s content is to inform, educate and entertain. As such, students, teachers, schools, and other established educational bodies may utilise such content for educational purposes via an ERA Licence. Without an ERA Licence, reasonable use of the content (for the purposes set out above) may still be possible, however; any such use must be in line with the BBC’s Terms of Use. Whilst this is not an exhaustive list, when using and or sharing BBC Education content, you must comply with the BBC’s Terms of Use and where relevant, YouTube’s terms and conditions, ensuring that: a) there aren’t any advertisements on or around the BBC content; b) there aren’t any charges for access and or charges associated with the content (clearly stating that the content is free to access); and c) you do not state or imply (in any way) that there is a relationship and or any endorsement from the BBC to you. We ask that you read the said terms before using any of BBC’s services. When you use BBC’s services and content, you’re agreeing to the BBC’s terms of use.