Year 7 Work
Art
Oak National Academy Art Teachers’ Hub
https://teachers.thenational.academy/subjects/art/key-stages/key-stage-3
English
Oak National Academy English Teachers’ Hub
https://teachers.thenational.academy/subjects/english/key-stages/key-stage-3
Oak Content
Y7 Autumn Term: Myths & Legends |
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Linked Oaks Unit | Available Oaks Lessons |
The oral tradition
https://teachers.thenational.academy/units/the-oral-tradition-7424
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The Origins of storytelling
In this lesson, we will think about the reasons why we love to tell stories, and where stories come from. https://classroom.thenational.academy/lessons/the-origins-of-storytelling-cmrk0r In this lesson, we will learn about myths and folktales and look at examples from around the world. https://classroom.thenational.academy/lessons/myths-and-folktales-6cwk0c In this lesson, we will look at the surprising history of the English language, and how it has changed from Old English to modern day English. https://classroom.thenational.academy/lessons/the-english-language-cgw36d |
Oaks Content
Y7 Autumn Term: Creating convincing characters |
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Linked Oaks Unit | Available Oaks Lessons |
Creative writing – short stories
https://teachers.thenational.academy/units/creative-writing-short-stories-cb59
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Creative Writing: What makes a good short story?
In this lesson, we will be looking at what makes a good short story. We will be thinking about our own favourite short stories and what makes them so enjoyable as well as unleashing our imaginations and considering what we would find if we stepped through a window into another world! https://classroom.thenational.academy/lessons/creative-writing-what-makes-a-good-short-story-70u30c Creative Writing: Narrative structure In this lesson, we will be thinking about the narrative structure of short stories. We will learn all about Freytag’s ‘narrative pyramid’ and the hooks writers use to engage their readers. https://classroom.thenational.academy/lessons/creative-writing-narrative-structure-6wu3ec Creative Writing: Developing Character In this lesson, we will be looking at different character types before creating a biography for our own characters! https://classroom.thenational.academy/lessons/creative-writing-developing-character-6rtp2r Creative Writing: Figurative Language In this lesson, we will be thinking about how we can ensure a reader enjoys our writing. We’ll be thinking about how we can make the sentences we write even better before we complete the activity this unit has been building towards. We will be writing our own short stories! https://classroom.thenational.academy/lessons/creative-writing-figurative-language-c8up4r |
French
Comming Soon
Geography
Oak National Academy Geography Teachers’ Hub
https://teachers.thenational.academy/subjects/geography/key-stages/key-stage-3
ATLP Y7 Geography Curriculum | Oak National Academy Unit
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Oak Academy Lessons |
HAZARDOUS EARTH | TECTONICS
https://teachers.thenational.academy/units/tectonics-b9a8 CLIMATE CHANGE https://teachers.thenational.academy/units/climate-change-68ab |
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Lesson 1: What is a natural hazard? How can we categorise them? | ||
Lesson 2: What is the most destructive natural hazard? | ||
Lesson 3: What physical characteristics make natural hazards more destructive? | Lesson 2 (Climate Change): What are the natural causes of climate change?
https://teachers.thenational.academy/lessons/what-are-the-natural-causes-of-climate-change-6rwk8r |
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Lesson 4: What human factors make natural hazards more destructive? | Lesson 2 (Climate Change): What are the natural causes of climate change?
https://teachers.thenational.academy/lessons/what-are-the-natural-causes-of-climate-change-6rwk8r |
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Lesson 5: Is climate change increasing natural hazard risk? | Lesson 1 (Climate Change): What evidence do we have to show that the climate is changing?
Lesson 4 (Climate Change): What are the possible effects of climate change? https://teachers.thenational.academy/lessons/what-are-the-possible-effects-of-climate-change-cdhpcc Lesson 6 (Climate Change): Why are future predictions about climate change uncertain? |
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Lesson 6: Where are the most hazardous areas? | Lesson 2 (Tectonics): How do the major plates of the world move?
Lesson 4 (Tectonics): What are the different plate boundaries? https://teachers.thenational.academy/lessons/what-are-the-different-plate-boundaries-c4tk0c |
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Lesson 7: Why do people live in hazardous areas? | ||
Lesson 8: Where in the World is Japan? | ||
Lesson 9: What is Japan Like? | Lesson 12 (Tectonics): Where is Japan and what is it like?
https://teachers.thenational.academy/lessons/where-is-japan-and-what-is-it-like-cdgpcr |
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Lesson 10: Why is Tokyo important? | ||
Lesson 11: How is the earth structured? | Lesson 1 (Tectonics): What is the structure of the earth?
https://teachers.thenational.academy/lessons/what-is-the-structure-of-the-earth-c8v66c Lesson 3 (Tectonics): How does the earths plates move? https://teachers.thenational.academy/lessons/how-do-the-earths-plates-move-cmw6ad |
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Lesson 12: Why does Japan suffer so many earthquakes? | ||
Lesson 13: What is an earthquake? | Lesson 10 (Tectonics): What happened in the 2010 Haiti earthquake?
https://teachers.thenational.academy/lessons/what-happened-in-the-2010-haiti-earthquake-70v3et |
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Lesson 14: Why was the Tohoku earthquake so devastating? | Lesson 11 (Tectonics): What are Tsunamis and how do they form?
https://teachers.thenational.academy/lessons/what-are-tsunamis-and-how-do-they-form-c8t32r |
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Lesson 15: Why was Fukushima Deserted? | Lesson 13 (Tectonics): What happened during the 2010 Japanese Tsunami?
https://teachers.thenational.academy/lessons/what-happened-during-the-2011-japanese-tsunami-6wv3gd |
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Lesson 16: How could we respond to a tsunami? | Lesson 8 (Tectonics): How can we prepare and protect against the impacts of earthquakes? | |
Lesson 17: How does Japan mitigate risk? | Lesson 7 (Tectonics): How can we measure and predict earthquakes?
https://teachers.thenational.academy/lessons/how-can-we-measure-and-predict-earthquakes-cmrk4r |
Oak National Academy History Teachers’ Hub
https://teachers.thenational.academy/subjects/history/key-stages/key-stage-3
Y7 Autumn Term
What were the consequences of William’s victory in 1066? |
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ATLP Titles | Linked Oaks Unit | Available Oaks Lessons |
1. Why was 1066 a year of Crisis?
2. Who are the contenders for the throne? 3. Why did Hardrada lose at the Battle of Stamford Bridge? 4. Who was more prepared for the next battle? (What does this tell us about William?) 5. What happened at the Battle of Hastings? 6. Why did William win the Battle of Hastings? Enquiry lesson 7. Assessment – ‘Explain why William won the battle of Hastings’ 8. How does William complete his conquest 9. How does William establish control throughout England through building castles? 10. How did the feudal system help William control the people of England? 11. What was the role of the Doomsday book to control the people of England? |
How did a Norman become King of England?
https://teachers.thenational.academy/units/how-did-a-norman-become-king-of-england-ccc3 How much did England change during the Norman Conquest? |
Who were the Normans?
In this lesson, you will learn who the Normans were and be introduced to William and Matilda. https://classroom.thenational.academy/lessons/who-were-the-normans-6dh34c 1066 and the succession crisis In this lesson, you will learn about the King of England, Edward the Confessor, and the most powerful man in England, Harold Godwinson. https://classroom.thenational.academy/lessons/1066-and-the-succession-crisis-6crp2r William’s invasion plan In this lesson you will learn about William and Matilda’s reasons for wanting to invade England and what stopped them. https://classroom.thenational.academy/lessons/williams-invasion-plan-69h6ar The Battles of 1066 and coronation In this lesson, you will learn about the invasion from Vikings in the North and then the invasion in the South of England from William of Normandy. https://classroom.thenational.academy/lessons/the-battles-of-1066-and-coronation-6tjpad Landowning and the Feudal System In this lesson, you will learn about how William of Normandy organised land ownership to control England. https://classroom.thenational.academy/lessons/landowning-and-the-feudal-system-chjk0e Castles and rebellions In this lesson, you will learn about how the Normans kept the Saxon population from rebellion against their rule. https://classroom.thenational.academy/lessons/castles-and-rebellions-68w38e The Domesday Book In this lesson, you will learn about how the Normans gathered and organised information in the Domesday Book. https://classroom.thenational.academy/lessons/the-domesday-book-c4r3gr Did the Norman Conquest ‘annihilate one kind of England’? In this lesson, you will assess the changes and continuities over the Norman Conquest and decide to what extent life in England had changed under the Normans. |
Y7 Autumn Term
The Black Death |
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ATLP Titles | Linked Oaks Unit | Available Oaks Lessons |
1. Where did the Black Death come from and why did it spread so quickly?
2. What were the causes of the Black Death? 3. How did people try to cure and prevent the Black Death? (why could they not cure it) 4. Source skill lesson. Teaching the skill and applying it to a question- peer assessment 5. Creative writing 6. Why was the Black Death a significant event? (what does it tell us about Medieval life?)- peer assessment |
How far did the Black Death change the medieval World?
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Black Death and the Silk Road
In this lesson, you will learn about what the Black Death was and how the Silk Road became responsible for spreading it across the world. https://classroom.thenational.academy/lessons/black-death-and-the-silk-road-c4u3je Treating the Black Death In this lesson, you will learn about how Medieval people changed their everyday life to try and prevent the Black Death from infecting them. https://classroom.thenational.academy/lessons/treating-the-black-death-6gw3gc The Survivors and Land Ownership In this lesson, you will explore how life changed for the survivors of the Black Death and how some peasants benefited from it. https://classroom.thenational.academy/lessons/the-survivors-and-land-ownership-61hkcc How far did the Black Death change the Medieval World? In this lesson, you will look at the consequences of the Black Death and conclude just how far life changed due to the Black Death. |
Y7 Autumn Term
The Peasants’ Revolt |
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ATLP Titles | Linked Oaks Unit | Available Oaks Lessons |
1. Why were the peasants angry in 1381?
2. Is it fair to call the peasants villains? |
How big a threat was the Peasants’ Revolt to the power of monarchs? | What were the causes of the Peasants’ Revolt?
In this lesson, you will learn about the causes of the Peasants’ Revolt. https://classroom.thenational.academy/lessons/what-were-the-causes-of-the-peasants-revolt-6crp6d What happened during the Peasants’ Revolt? In this lesson, you will learn about what happened during the Peasants’ Revolt. https://classroom.thenational.academy/lessons/what-happened-during-the-peasants-revolt-cdgkec What happened to Watt Tyler? In this lesson, you will look at different ideas behind what happened to Watt Tyler. https://classroom.thenational.academy/lessons/what-happened-to-watt-tyler-c4rp2d Was the Peasants’ Revolt a threat to monarchic power? In this lesson, you will draw back on the struggles faced by medieval monarchs and see whether the Peasants’ Revolt was really a threat compared to the barons or the Church. |
Maths
Oak National Academy Mathematics Education Teachers’ Hub
https://teachers.thenational.academy/subjects/maths/key-stages/key-stage-3
Music
Oak National Academy Music Education Teachers’ Hub
https://teachers.thenational.academy/subjects/music/key-stages/key-stage-3
Y7 Autumn Term: I’ve got Rhythm / Musical Ingredients | |
Linked Oaks Unit | Available Oaks Lessons |
Stomp and Sing
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Performing pulse and rhythms in a structure
This lesson includes an introduction to rhythm notation, including crotchets, quavers and their equivalent rests. You will explore how to perform and build rhythms before performing and composing your own rhythm grids. https://classroom.thenational.academy/lessons/performing-pulse-and-rhythms-in-a-structure-6rup6r Exploring basic beatboxing sonorities: Performing a structured piece This lesson includes a basic introduction to beatboxing, exploring the bass, hi-hat and snare sounds in different patterns. The lesson also explores how compositions and performances can be structured. To explore the ability of the voice This lesson explores the vocal range from soprano to bass. You will learn how to sing part of an a cappella song and perform it with a body percussion accompaniment. https://classroom.thenational.academy/lessons/to-explore-the-ability-of-the-voice-c9jp2r To understand how to communicate the meaning of a song effectively In this lesson, you will explore how to communicate a song using a variety of expression, including dynamics and articulation. You will also compose your own verse and perform your version of an acapella song with body percussion accompaniment. To explore more advanced body percussion techniques In this lesson, you will explore how to create lots of different body percussion sounds, and compose and perform your own body percussion section. To explore how the composer Anna Meredith uses body percussion This lesson explores how the composer Anna Meredith uses the body as an instrument. You will create your own body percussion composition and explore a variety of ways to perform it. To review how rhythms are notated, and how the body can be used as a musical instrument In this lesson, you will recap basic rhythm notation and a 4/4 time signature. You will compose a body percussion piece which includes an intro, body groove, vocal groove and outro. Creating a structured rhythm-focused composition: Exploring repetition and contrast This lesson explores how to create a structured composition, develop rhythms using repetition, ostinato and contrast. It also teaches key notation: semiquavers, minims and semibreves. To understand how to develop rhythmic ideas This lesson explores how you can develop musical ideas and structure them into a rhythmic composition. It also teaches dotted rhythms. https://classroom.thenational.academy/lessons/to-understand-how-to-develop-rhythmic-ideas-6cwk4r Layering rhythmic ideas: Exploring metre This lesson explores ostinatos, layering of musical ideas, polyrhythms and more complex time signatures. https://classroom.thenational.academy/lessons/layering-rhythmic-ideas-exploring-metre-6ct36r |
Religious Education
Oak National Academy Religious Education Teachers’ Hub
https://teachers.thenational.academy/subjects/religious-education/key-stages/key-stage-3
https://teachers.thenational.academy/subjects/citizenship/key-stages/key-stage-3
Y7 Autumn Term
Who am I? |
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ATLP Titles | Linked Oaks Unit | Available Oaks Lessons |
1. What is RE? 2. What is RE? p2 3. What is belonging? 4. What does it mean to belong? 5. Who is my neighbour? Local Community 6. Who is my neighbour? Wider community Extension lessons: 7. What makes me unique? 8. What is the importance of belief and identity? 9. What does it mean to be human? 10. How will I be remembered? Dante: Inferno |
Citizenship:
What are our identities and communities (Lessons coming soon)?
https://teachers.thenational.academy/subjects/citizenship/key-stages/key-stage-3 Citizenship: How can we make a difference in our community?
https://teachers.thenational.academy/units/how-can-we-make-a-difference-in-our-communities-3e6a
KS2 RE: Christianity https://teachers.thenational.academy/units/christianity-90fd
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What is a community?
This lesson is about our place in our communities, how we can be good neighbours and responsible citizens. We consider the different needs of a community and how these can be met. https://classroom.thenational.academy/lessons/what-is-a-community-c4v66r What role does our school play in our local community? During this lesson, we will look at the school community, and how it links with our wider communities. How can citizens get involved in community change? This lesson will show how you can get involved with improving your communities. You will learn about the UK Youth Parliament and its impact locally and nationally. What are the parables of Jesus? In this lesson, we will be learning about the parables of Jesus. Parables are stories that Jesus told. We will be looking at three parables (stories) and will also be learning a song! https://classroom.thenational.academy/lessons/what-are-the-parables-of-jesus-6ngp4r |
Science
Oak National Academy Science Education Teachers’ Hub
https://teachers.thenational.academy/subjects/science/key-stages/key-stage-3
YEAR 7 SCIENCE
CHEMISTRY
UNIT 1- PARTICLES (OAK- 7CP PARTICLES) HTTPS://TEACHERS.THENATIONAL.ACADEMY/UNITS/PARTICLES-F50C
ATLP | OAK Lesson number/title | OAK Core content |
Lab safety and equipment | ||
Bunsen burners | 2
Bunsen burner (physics 7PE Energy) |
● Light and use a Bunsen burner safely
● Use a thermometer accurately ● Calculate averages ● Write a conclusion from whole class data |
The particle model | 1
Solids, liquids and gases |
● Describe how the movement and spacing of the particles is different in solids, liquids and gases
● Draw accurate diagrams to represent the particle arrangement in solids, liquids and gases ● Use the particle model to explain properties of solids, liquids and gases |
States of matter | ||
Melting and freezing | 3
Changes of state |
● Describe changes of state that occur from solid to liquid and liquid to gas in terms of particles
● Interpret melting point and boiling point data ● Plot secondary data showing changes of state |
Boiling | ||
Evaporation and condensation | ||
Diffusion | 2
Diffusion |
● Define the term ‘diffusion’
● Describe diffusion in terms of particles and high and low concentration ● Explain why diffusion is different in solids, liquids and gases – relate to the particle model |
Brownian motion | 4
Gas pressure |
● Describe gas pressure
● Explain the effect of gas pressure on containers ● Describe and explain the effect of temperature on gas pressure in terms of particles |
Gas pressure |
UNIT 2- SEPARATION TECHNIQUE (OAK- 7CP PARTICLES) HTTPS://TEACHERS.THENATIONAL.ACADEMY/UNITS/CELLS-TISSUES-AND-ORGANS-03B2
ATLP | OAK Lesson number/title | OAK Core content |
Purity | 6
Pure and impure substances |
● Define a pure substance and link this to melting and boiling points
● Define a mixture ● Describe simple separation techniques |
Solubility | 11
Solubility |
● Define the term ‘solubility’ and determine the solubility of a salt in a given solvent
● Use the particle model to explain solubility ● Comment on reproducibility and suggest improvements to a method |
Misconceptions and solubility experiment | 12
Solubility practical |
● Suggest a hypothesis from an observation
● Describe the effect of temperature on solubility ● Process and present data in an appropriate form ● Identify anomalous results ● Describe and explain patterns in solubility data using knowledge of particle theory |
Solubility experiment | 8
Rock salt |
● Investigate the change in mass when separating this mixture
● Calculate the yield of pure salt from the starting mass ● Evaluate the method and suggest improvements |
Filtration | 7
Separating mixtures |
● Identify parts of a mixture to be separated
● Write a method for separating a mixture ● Name key pieces of equipment and processes for separation to be successful |
Chromatography | 10
Chromatography |
● Identify mixtures using chromatography
● Describe how to separate a mixture using chromatography ● Interpret chromatograms to describe the composition of mixtures |
Distillation | 9
Distillation |
● Explain how a simple distillation works
● Identify hazards and risks and suggest how to reduce them ● Identify the components of a Liebig condenser and give reasons for this being more suitable than simple distillation equipment |
Project | ||
Revision- particles and separation techniques | 13
Particles and sep tech revision |
Review 1
● Recall key terms, definitions and structures related to Particles ● Describe ways mixtures can be separated ● Explain the factors that affect solubility |
Assessment: Particles and separation techniques | 14 | Assessment |
15 | Review 2 |
UNIT 3- CHEMICAL REACTIONS 1 (OAK- 7CC CHEMICAL REACTIONS/ 8CP ATOMS AND PERIODIC TABLE)
https://teachers.thenational.academy/units/chemical-reactions-5ffa
https://teachers.thenational.academy/units/atoms-and-the-periodic-table-68d3
ATLP | OAK- Lesson number/title | OAK- Core content |
Chemical and physics reactions | 1
Indicators of chemical reaction |
● Describe evidence for a chemical reaction
● Apply conservation of mass to simple chemical change ● Explain why, in terms of particles, mass stays the same in a reaction |
Atoms, elements and compounds | 1
Elements (year 8 8 8CP Atoms and the periodic table) |
● Define elements, name the two types of elements and locate them on the periodic table
● Recognize elements from drawings or names ● Describe the rules for writing chemical symbols |
2
Atoms (year 8-8CP Atoms and the periodic table) |
● Label a diagram of the atom and describe its structure
● Draw and write electron configuration for any of the first 20 elements ● Describe the link between electron configuration and place in the periodic table |
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Properties of compounds | 4
Compounds (year 8 8CP Atoms and the periodic table) |
● Describe compounds and use particle diagrams to represent them
● Make a simple compound and explain how it is different from the elements it is made of ● Name compounds given the elements contained |
6
Making compounds (year 8- 8CP Atoms and the periodic table) |
● Safely make a compound and predict the change in mass during the reaction
● Make accurate measurements to test the prediction made ● Use data collected to check the prediction and explain observations |
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Word equations | 3
Balancing equations (9CR reactivity) |
● Write and interpret chemical formulae
● Calculate relative formula mass ● Balance symbol equations |
Symbol equations (HA only) | ||
Conservation of mass | 5
Conservation of mass (7CP particles unit) |
● Draw a particle model for a solution
● Make accurate measurements to test the conservation of mass theory ● Explain the meaning of conservation of mass in terms of particles ● Check for reproducibility |
7
Conservation of mass (year 8 8CP Atoms and the periodic table) |
● Apply conservation of mass ideas to physical and chemical changes
● Plot secondary data and draw a line of best fit ● Describe and explain patterns in data ● Use secondary data to check for reproducibility |
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Endo and exothermic reactions | ||
10
Chemical reactions revision |
Review 1
● Recall key terms, definitions and structures related to chemical reactions |
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11 | Assessment | |
12 | Review 2 |
BIOLOGY
UNIT 1 BIOLOGY: CELL BIOLOGY AND ORGANISATION 1 (OAK- 7BC CELLS TISSUES AND ORGANS)
https://teachers.thenational.academy/units/cells-tissues-and-organs-03b2
ALTP | OAK- Lesson number/title | OAK- Core content |
Cells, tissues and organs | 10
Organisation and organ systems |
● Identify the major organ systems of the human body and describe their main functions
● Describe the organisation of multicellular organisms, in terms of cells, tissues, organs ● Explain why multicellular organisms need organ systems |
Skeleton | 1
Musculoskeletal system (9BB Biological Systems and Processes) |
● Describe the functions of the skeletal system
● Describe the role of different parts of joints ● Describe the function and give examples of antagonistic muscle pairings |
Joints | 2
Muscles (9BB Biological Systems and Processes) |
● Identify major muscle groups involved in common movements
● Describe how some of the muscular tissue in our organs work ● Measure the force of some of the skeletal muscles in the body |
Muscles | ||
Plant and animal cells | 5
Plant cells |
● Label a typical plant cell
● Describe the function of the organelles in plant cells ● Describe how to use a microscope to view plant cells in focus |
7
Animal cells |
● Label an animal cell and describe what each cell part does
● Prepare a slide of human cells and observe using the microscope. ● Calculate magnification or image/actual size given the equation |
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8
Comparing cells |
● Compare plant and animal cells
● Explain those differences in terms of functions of the parts ● Use evidence to make a reasoned argument |
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Microscopes | 1
Microscopes |
● Label the parts of the microscope
● Describe how to use a microscope, using key terms correctly ● Calculate magnification |
Magnification | ||
The history of cell biology | ||
Specialised cells | 9
Specialised cells |
● Describe features of specialised cells, using key structures
● Describe specialisation to function in a range of animal and plant cells ● Explain how the specialised features enable the cell to carry out its function |
Diffusion | 3
Diffusion investigation |
● Identify variables to change, measure and control to investigate diffusion
● Draw a table for results, including units ● Work safely to collect and record data to test the hypothesis ● Process the data to calculate a mean, accounting for anomalies |
Diffusion | 4
Diffusion analysis |
● Display data appropriately
● Describe and explain patterns using ideas about diffusion ● Describe some examples of diffusion in cells |
Unicellular organisms | 2
Unicellular organisms |
● Define the term unicellular and label common features of unicellular organisms
● Name and describe the functions of some of the structures of unicellular organisms ● Describe some uses and dangers of unicellular organisms |
Revision: Cell tissues and organs | 14
Cells, tissues and organs revision |
Review 1
● Recall key terms, definitions and structures related to cells, tissues, organs and systems ● Describe ways in which cells, tissues and organs are specialised for function ● Explain adaptations in terms of diffusion |
Assessment: Cell tissues and organs | 15 | Assessment |
16 | Review 2 |
UNIT 2- REPRODUCTION AND VARIATION (OAK 7BR REPRODUCTION)
https://teachers.thenational.academy/units/reproduction-and-variation-f60f
ATLP | OAK- Lesson number/title | OAK- Core content |
Adolescence | ||
Reproductive systems | 1
Human reproductive system |
● Describe adaptations of the egg and sperm cells for their job
● Label diagrams of the human male and female reproductive system ● Describe the function of each of the parts |
Fertilisation and implantation | 2
Fertilisation |
● Describe how reproduction takes place in humans
● Describe the process fertilisation and implantation ● Explain the role of cilia found in the oviduct |
The development of the foetus | 3
Gestation |
● Describe the development of the foetus and the function of the placenta, umbilical cord and amniotic fluid
● Explain how the foetus gets its nutrition and oxygen, and how waste is excreted ● Use data to describe the impact of smoking on the unborn baby |
4
Pregnancy and birth |
● Describe patterns in secondary data
● Describe how a baby is born ● Explain differences in numbers of offspring for different animals |
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The menstrual cycle | 5
Puberty and the menstrual cycle |
● Describe the process of cell division
● Describe some of the changes in males and female bodies during puberty ● Describe the main events in the menstrual cycle |
Contraception | ||
Variation
(including continuous and discontinuous variation) |
8
Variation between species |
● Explain what is meant by a ‘species’
● Give examples of continuous and discontinuous variation ● Collect and display data on variation, explaining the choice of graph |
9
Variation within a species |
● Use and explain a simple model to represent sexual reproduction
● Compare chromosome content in body cells and gametes ● Explain why sexual reproduction leads to variation |
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Flowers and pollination | 6
Plant reproduction |
● Identify and describe the function of the parts of the flower
● Describe pollination and fertilization ● Describe the formation of seeds and fruit |
Fertilisation and germination | ||
Seed dispersal | 7
Seed dispersal |
● Describe how seeds are adapted for specific dispersal mechanisms.
● Identify variables to change, measure and control ● Process data collected and use it to describe a relationship |
10
Reproduction and variation revision |
Review 1
● Recall key terms and definitions ● Use scientific language accurately to correct statements ● Review and consolidate knowledge |
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11 | Assessment | |
12 | Review 2 |
UNIT 3 INTERDEPENDENCE (OAK- 8BE ECOLOGICAL RELATIONSHIPS AND CLASSIFICATION)
https://teachers.thenational.academy/units/ecological-relationships-and-classification-b523
ATLP | OAK- Lesson number/title | OAK- Core content |
Predator prey | ||
Food chains | 1
Food chains and webs |
● Interpret food webs
● Describe ways in which animals and plants are interdependent ● Draw and interpret pyramids of number |
Food webs | ||
Ecosystems | ||
Bioaccumulation | 3
Interdependence |
● Describe how changes in the environment can affect different organisms
● Explain how changes in the environment can affect organisms within a food web ● Explain the process of bioaccumulation |
Sampling | 4
Estimating populations |
● Make and record measurements to estimate a population
● Process results appropriately and compare with given values ● Suggest how to improve accuracy |
5
Random sampling |
● Make and record measurements to estimate the population of daisies
● Process the results appropriately ● Apply knowledge to process secondary data |
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Pollinators | ||
Pollination and food security | 8
Plants as food (9BP plants and photosynthesis) |
● Describe the role of plants as producers
● Test for starch in common diet items ● Describe the importance of insect pollination to food security |
11
Ecology revision |
Review 1
● Recall and apply key knowledge from the ecology SOW |
|
12 | Assessment | |
13 | Review 2 |
PHYSICS
UNIT 1 FORCES- (OAK-7PF FORCES)
https://teachers.thenational.academy/units/forces-and-motion-b426
ATLP | OAK- Lesson number/title | OAK- Core content |
What are forces? | 1
Introduction to forces |
● identify forces in a range of context
● represent the size and direction of force using arrows ● use a newton meter to accurately measure force |
Variables | ● | |
Displaying data | ● | |
Types of forces | 7
Friction and moving objects |
● Present data as a suitable graph
● Write a conclusion ● Apply knowledge of resistive forces to explain design modifications |
Balanced and unbalanced forces | 2
Force diagrams and resultant forces |
● Represent the size and direction of force using arrows
● State whether opposing forces are balanced or unbalanced ● Describe the effect of balanced and unbalanced forces on the motion of an object ● Calculate resultant forces |
Isaac Newton | ● | |
Gravity | 3
Gravity |
● Measure and record the weight of known masses
● Correctly plot a graph with a line of best fit ● Describe the relationship between mass and weight on Earth |
4
Weight |
● Use an equation to calculate weight
● Explain why weight changes on different planets ● Use a rearranged equation to calculate mass |
|
Our solar system | ● | |
Speed | 6
Investigating speed |
● Formulate a hypothesis to investigate
● Identify the variables in an investigation ● Obtain a set of results, ● Describe the pattern seen in the results |
Acceleration | ● | |
● | ||
8
Speed |
● Use an equation to calculate speed
● Give the correct units in all cases. ● Calculate the relative speed of objects passing one another |
|
DT Graphs | 9
Distance-time graphs |
● Describe the features of distance time graph
● Use a distance-time graph to calculate speed ● Represent a journey using a distance time graph |
10
Forces revision |
Review 1
● Recall key terms, definitions and structures related to forces and speed |
|
11 | Assessment | |
12 | Review 2 |
UNIT 2- ENERGY (OAK-7PE ENERGY)
https://teachers.thenational.academy/units/energy-0b08
ATLP | OAK- Lesson number/title | OAK- Core content |
Types of energy
Energy transfers |
1
Energy stores and transfers |
● Name the main energy stores and give examples
● Describe energy transfers, identifying pathways ● Apply the conservation of energy to examples |
Converting the joule | ||
Energy in food | 11
Energy in food 1 |
● Identify variables to change, measure and control given a hypothesis
● Write a method to test the hypothesis, including named equipment ● Identify hazards and risks and suggest ways to reduce these with given equipment ● Collect and record accurate data |
12
Energy in food 2 |
● Process and display data collected appropriately
● Write a conclusion using data collected ● Compare energy values of different foods from food labels |
|
Energy and health | ||
Useful and wasted | 3
Efficiency |
● Calculate energy stores in different contexts
● Calculate the efficiency of energy transfers ● Interpret Sankey diagrams |
Conduction | 4
Conduction |
● Identify hazards and risks and suggest appropriate safety measures
● Draw a table for results, including units ● Describe patterns in data collected, using data to back up statements ● Explain how heat is transferred by conduction |
8
Insulation |
● Describe an insulator in terms of energy transfers
● Identify methods of reducing energy transfers and explain how they work ● Apply knowledge of conduction, convection and radiation to exam questions |
|
15
Energy Revision |
Review 1 | |
16 | Assessment | |
17 | Review 2 |
UNIT 3- ELECTRICITY AND MAGNETISM (OAK- 8PE ELECTRICITY AND MAGNETISM)
https://teachers.thenational.academy/units/electricity-and-magnetism-ab64
ATLP | Lesson number/title | Core content |
Conductors and insulators | ||
Circuits | 1
Circuit symbols |
● Name common circuit symbols
● Make basic observations on what is needed for a circuit to work ● Use a model to describe electricity |
Current | 2
Current |
● Use an ammeter to make and record measurements of current at different points in a series circuit
● Describe how current behaves in a series circuit ● Describe and explain the effect of adding extra bulbs on current |
Voltage | 3
Series and parallel circuits |
● Recognise and draw parallel circuits
● Make and record measurements of current in parallel ● Describe how current behaves in parallel ● Make predictions for untested circuits |
4
Potential difference |
● Describe potential difference using a model
● Use a voltmeter to measure potential difference across components ● Describe pd in series and parallel circuits |
|
Magnetism | 8
Magnetic fields |
● Draw the field lines around a magnet
● Describe the magnetic field around a magnet, or the Earth, using fields lines ● Explain attraction and repulsion of magnets using field line patterns. |
Electromagnets | 9
Electromagnets |
● Describe how to make a simple electromagnet
● Draw the shape of the magnetic field around a straight wire ● Identify key variables for an investigation of electromagnets |
Strength of electromagnets | 10
Electromagnet investigation |
● Investigate the factors which affect the strength of an electromagnet
● Plot a graph of data ● Analyse secondary data to draw conclusions |
Uses of electromagnets | 11
Electromagnet uses and motors |
● To state how electromagnets are used in a variety of devices
● To understand how the motor effect is caused by magnetic fields ● To state the factors affecting the speed of a direct motor |
12
Electricity and magnetism revision |
Review 1 | |
13 | Assessment | |
14 | Review 2 |
Spanish
Oak National Academy Spanish Education Teachers’ Hub
https://teachers.thenational.academy/subjects/spanish/key-stages/key-stage-3
ATLP Spanish Curriculum – Year 7. Autumn Term:
Narrative for this unit of work Students are preparing for a Spanish exchange to Spain. During the autumn term, they will learn sufficient language to be able to introduce themselves, their family and their friends and talk about their hobbies and interests. They will receive information from their host school in Malaga about the town where they will stay and they will start to plan how they will get to Spain and what they need to take with them. Autumn Term: Core Questions: |
Oak National Academy Lessons – KS3 Spanish
The year 7 and 8 Spanish lessons on the Oak National academy website follow the NCELP year 7 / year 8 scheme of learning. This scheme of learning places phonics, vocabulary and explicit grammar teaching at its core without any reference to a specific theme. There are no lessons which directly match the thematic content of the ATLP Yr 7 Spanish curriculum. However, there are a number of year 7 Spanish lessons which introduce and offer structured practice in the grammatical concepts introduced within the ATLP scheme of learning. These lessons will feel different in their approach to the format of ATLP lessons but they will offer structured practice of core grammatical concepts giving students an opportunity to reinforce and at times extend their understanding whilst also seeing how the language they have learnt in school can be applied in other contexts. These lessons will need to be supplemented with KO and retrieval grid work. |
What do you know about Spain? What can you visit in Spain? How do we get there? | No Oak content.
Could Esther Woodburn’s summer term Oak video be used? Would need to be hosted on individual school platforms though. Currently saved in the Secondary MFL one drive folder. |
How do I pronounce Spanish words properly? Phonics (linked to numbers) | No Oak content.
Explicit phonics teaching is incorporated into the start of every Oak lesson. However, the lessons don’t follow the same sequence of phoneme / grapheme introduction as in the ATLP curriculum. |
How do I introduce and describe myself in Spanish? Negatives, sophisticated opinions | Limited appropriate Oak content. |
How do I describe other people in Spanish? Family members, negatives, comparatives | Year 7 Spanish Unit 1. Saying what someone is like at the moment. Part 1. This lesson introduces the 1st, 2nd and 3rd person of the verb ‘estar’ to say what someone is like at the moment. https://classroom.thenational.academy/lessons/saying-what-someone-is-like-at-the-moment-part-12-6dk66t Year 7 Spanish Unit 1. Saying what someone is like at the moment. Part 2. This lesson uses the verb ‘estar’ and adjective agreement to say what someone is like at the moment. Year 7 Spanish Unit 1. Saying what someone is like in general. Part 1. This lesson uses the singular person of the verb ‘ser’ (to be) to describe traits. |
How do I talk about what I enjoy doing in my free time? Opinions, negatives, hobbies, comparatives | No Oak content |
How are winter festivals celebrated in Spain? Opinions, comparatives | No Oak content |
What must I take to Spain with me? Clothes, near future, impersonal / modal verbs | Year 7 Spanish. Unit 6. Describing future plans
In this lesson we learn how to describe using future plans using the verb “ir” |
GUIDE | DOWNLOAD |
---|---|
ENGLISH | |
Home Study Folder | Year 7 English Home Study Folder |
Work pack 2 | Autobiography Booket |
MATHS | |
Essential Skills 1-4 (My maths work to support) (MAR 2020) | Essential Skills 1 |
Essential Skills 2 | |
Essential Skills 3 | |
Essential Skills 4 | |
Four Rules of Fractions (MAR 2020) | Four Rules of Fractions |
Decimal Place Value (MAR 2020) | Decimal Place Value |
Expand and Simplify (MAR 2020) | Expand and Simplify |
Measure Time and Money (MAR 2020) | Measure Time and Money |
Number Properties (MAR 2020) | Number Properties |
Percentage of Amounts (MAR 2020) | Percentage of Amounts |
Assessment 2 topic list (DEC 19) | Assessment 2 topic list |
KS3 Spine ALGEBRA (APR 20) | PiXL Spine Mats MATHS Algebra |
KS3 Spine Geometry (APR 20) | PiXL Spine Mats MATHS Geometry |
KS3 Spine MEASURE (APR 20) | PiXL Spine Mats MATHS Measure |
KS3 Spine MEASUREMENT (APR 20) | PiXL Spine Mats MATHS Measurement |
KS3 Spine NUMBER (APR 20) | PiXL Spine Mats MATHS Number |
SCIENCE | |
Home Learning (MAR 2020) | Home Learning |
B1 Cells and Organisation (MAR 2020) | B1 Cells and Organisation |
B2 Reproduction (MAR 2020) | B2 Reproduction |
B3 Interdependence (MAR 2020) | B3 Interdependence |
C1 Particles (MAR 2020) | C1 Particles |
C2 Separation Techniques (MAR 2020) | C2 Separation Techniques |
C3 Chemical Reactions (MAR 2020) | C3 Chemical Reactions |
P1 Forces (MAR 2020) | P1 Forces |
P2 Forces (MAR 2020) | P2 Forces |
P3 Electricity (MAR 2020) | P3 Electricity |
ART | |
Home Study Folder | Year 7 Art Home Study Folder |
Knowledge Organiser (MAR 2020) | Knowledge Organiser |
Art Project (APR 2020) Pack 2 | Year 7 Art Project |
COMPUTING | |
Home Study Folder | Year 7 ICT Home Study Folder |
FRENCH | |
French Autumn (MAR 20) | French Autumn |
French Spring (MAR 20) | French Spring |
French Knowledge Oraganiser (MAR 2020) | French Knowledge Oraganiser |
French Speaking Country (MAR 2020) | French Speaking Country |
GEOGRAPHY | |
Home learning booklet (MAR 20) | Home learning booklet |
Work Pack 2 | Maps |
Work Pack 2 | Maps Questions |
HISTORY | |
Tudor Life Project (MAR 2020) | Tudor Life Project |
Tudor Knowledge Organiser (MAR 2020) | Tudor Knowledge Organiser |
RE/CITIZENSHIP | |
Activities (MAR 2020) | 7 Activities |
Knowledge Organiser (MAR 2020) | Knowledge Organiser |
MUSIC | |
Rhythms of the World (MAY 2020) | Rhythms of the World Passport Workbook |
SPANISH | |
Spanish Autumn (MAR 20) | Spanish Autumn |
Spanish Spring (MAR 20) | Spanish Spring |
Spanish Knowlege Oraganiser (MAR 2020) | Spanish Knowledge Oraganiser |
Spanish Speaking Country (MAR 2020) | Spanish Speaking Country |
SPORT | |
Home Study | Year 7 PE Home Study Folder |