SCIENCE - KS3
WHO’S WHO?
Progress Leader: Mr Burgess
Teaching Staff: Mrs Barry, Mrs Jennings, Mrs Preston, Mrs Atkinson, Miss Keen, Miss Taylor
Science Technician: Dr Measures
Link Governor: Mr K Narayanan
OUR AIMS
Science has changed our lives and is vital to the world’s future prosperity. All students should be taught essential aspects of the knowledge, methods, processes and use of science. Through building up a body of key fundamental knowledge and concepts, students should be encouraged to recognise the power of rational explanation and develop a sense of excitement and curiosity about natural phenomena. They should be encouraged to understand how science can be used to explain what is occurring, predict how things will behave and analyse causes.
Science at Up Holland High School is about developing students’ ideas and ways of working that enable them to make sense of the world in which they live through investigation, as well as using and applying processing skills. The staff at Up Holland ensure that all student are exposed to high quality teaching and learning experiences, which allow them to explore their outdoor environment and engage with practical investigations. They are immersed in scientific vocabulary, which aids with their knowledge and understanding not only of the topic that they are studying, but the world around them. We intend to provide all students with a broad and balanced science curriculum.
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YEAR 7
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TERM
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UNIT OF STUDY
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KEY LEARNING
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Autumn
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Ecosystems 1
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Students know and understand how food chains and webs interconnect and explain the concept of interdependence.
Students understand how bioaccumulation occurs.
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Matter 1
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Students know and remember the states of matter.
They can use the particle model to explain the properties of the states of matter.
Students can describe changes of state.
Students can describe diffusion.
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Forces 1
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Students to know and remember the differences between contact and non-contact forces.
Students to know and remember balanced and unbalanced forces.
Students to know and remember how to calculate resultant force and its affects.
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Matter 2
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Students know and understand they key terms when separating substances.
Students can correctly select and perform separating techniques on different substances
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Spring
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Organisms 1
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Sudents know and remember the names of the organelles found in animal and plant cells
Students know and remember the functions of the organelles found in animal and plant cells
Students know and remember the differences between animal and plant cells
Students know how to use a light microscope
Students know the names and functions of specialised cells.
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Energy 1
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Students know and remember the 10 types of energy.
Students understand that energy is transferred from stores to other forms.
Students understand how energy is transferred through conduction, convection and radiation
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Reactions 1
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Students need to know and remember the properties of acids and alkalis.
Students need to recall the pH scale.
Students need to understand what an indicator is.
Students need to know and remember what neutralisation is.
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Genes 1
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Students will know the different types of variation.
Students will be able to describe the types of variation and link to data.
Students will know and remember that there is variation within and between species and this leads to competition.
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Summer
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Waves 1
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Students will know and remember how light travels.
Students will know the two types of waves
Students know that white light can be split into a spectrum of colours.
Students will understand how light reflects and refracts.
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Organisms 2
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Students know and remember the structure and function of the skeletal system.
Students know and remember the structure and function of the muscular system.
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Earth 1
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Students know and remember the structure of the Earth.
Students understand the rock cycle and how different rocks are formed.
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YEAR 8
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Autumn
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Forces 2
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Students know and remember how to calculate speed.
Students know how to represent, interpret and describe distance-time graphs.
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Matter 3
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Students know and remember what makes up an atom.
Students know the differences between atoms, elements and compounds.
Students can describe the differences between compounds and mixtures.
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Genes 2
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Students will know and remember the structure of the male and female reproductive systems.
Students will understand the menstrual cycle.
Students can describe fertilisation in humans and the development of a fetus.
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Ecosystems 2
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Students will know and remember the structure of a flower, its life stages and methods used to disperse seeds.
Students will know the difference between wind and insect pollination and how flowers are designed to carry out this type of pollination.
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Waves 2
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Students will know how sounds travels and the effects different mediums have on sound.
Students will understand what and echo is.
Students will understand what and ultrasound is.
Students will know how loudspeakers work.
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Reactions 2
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Students can describe what happens when a metal and acid react
Students can describe what happens when metals react with oxygen
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Organisms 3
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Students know the components of the respiratory system.
Students understand inhalation and exhalation.
Students understand how the lungs are adapted for gas exchange.
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Forces 3
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Students know the effect drag has on objects.
Students know the difference between mass and weight.
Students know how to carry out practical investigations and analyse data linked to the extension of a spring.
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Ecosystems 3
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Students will know the difference between aerobic and anaerobic respiration
Students will be able to recall the word equation for both aerobic and anaerobic respiration
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Spring
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Earth 2
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Students know and remember that the Earth is tilted and how this effects the seasons.
Students can describe the seasons, day length and why this changes throughout the year.
Students know and remember that our Sun is a star, that there are other stars in our galaxy and there are other galaxies.
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Reactions 3
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Students know and remembers the law of conservation of mass and how this can be used to balance equations
Students understand different reactions including thermal decompositions, oxidation, combustion and displacement.
Students can recall the order of the reactivity series.
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Energy 2
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Students know how to calculate the cost of energy in the home.
Students know and remember renewable and non-renewable energy resources.
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Organisms 4
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Students know the effect of recreational drugs on health.
Students understand the impact of lifestyle choices on health.
Students will know the organs that make up the digestive system and how they work.
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Ecosystems 4
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Students know and remember the equation for photosynthesis.
Students understand the role of photosynthesis in the balancing of gases in the atmosphere.
Students know the role of the leaf in photosynthesis.
Students know and understand the role of the stomata.
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Summer
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Electromagnetism 1
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Students can draw and construct basic electrical circuits.
Students can understand the relationship between current and potential difference.
Students know how to carry out practical investigations linking to resistance ands its affects on current
Students can compare series and parallel circuits and describe current and potential difference in these circuits.
Students know what static charge is and how it builds up.
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Earth 3
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Students understand the importance of recycling.
Students know the factors effecting climate change and global warming.
Students can understand the carbon cycle
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Energy 3
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Students know what work done is and how it applies to energy.
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Genes 3
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Students will be able to describe natural selection.
Students will know and remember the stages of evolution.
Students will know the causes of extinction.
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YEAR 9
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TERM
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UNIT OF STUDY
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KEY LEARNING
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Autumn
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Matter 4
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Students know the differences between atoms and elements.
Students know and remember how to navigate the periodic table.
Students know the properties of groups 1,7 and 0.
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Forces 4
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Students know how to calculate pressure
Students know how pressure changes in liquids and gases.
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Reactions 4
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Students know and remember the differences between exothermic and endothermic reactions.
Students can produce energy level diagrams.
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Electromagnetism 2
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Students can describe how magnetism is a force.
Students know how magnets interact with other magnets and metals.
Students can draw magnetic field lines.
Students understand how an electromagnet works
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Genes 4
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Students understand how we inherit our DNA.
Students to know why we inherit certain traits.
Students to know about the discovery of DNA
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Spring
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Start KS4 Curriculum
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Summer
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ENRICHMENT OPPORTUNITIES
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KS3 STEM trip to London
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STEM club
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Science club
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Eco club
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Sport in science
HOW TO SUPPORT YOUR CHILD'S LEARNING
Support your child with homework. Ask them questions about what they are learning about in science & how it applies to the real world around them. Watch documentaries with them and talk about how the world is changing and the impact that humans are having on the world.
WHERE TO GO:
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Museum of Science & Industry
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Natural History Museum
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Eureka
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Knowsley Safari Park
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Chester zoo
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Blackpool zoo
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Jodrell Bank Discovery Centre
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The Sealife Centre
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Blue planet Aquarium
WHAT TO WATCH:
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Gadget Show on Discovery Science
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Brain Games on National Geographic
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Nat Geo Extreme Wild on National Geographic
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Modern Marvels on History
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Prehistoric on Animal Planet
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Ancient Aliens on History
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Superhumans on History
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Megascience on Discovery Science
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Science of stupid on National Geographic
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Magic of science on Discovery Science
WHAT TO READ:
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Horrible Sciences
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Catalyst Magazine
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Bad Science Series
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KS3 CGP Revision Guides
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BBC Operation Ouch
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500 Things You Should Know about Science
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Richard Hammond Blast Lab
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Focus Magazine
ONLINE:
www.nationalstemcentre.org.uk/catalyst
Sciencemag.org
Discovermagazine.com
Popsci.com
BBC Bitesize
Newscientist.com
Sciencefocus.com
Senecalearning.com
FUTURE CAREERS:
Applied Science
• Aeronautical engineer
• Biomedical engineer
• Civil engineer
• Chemical engineer
• Educational technologist
• Electrical engineer
• Engineering technician
• Engineering technologist
• Petrochemical engineer
• Mechanical engineer
General science
• Forensic scientist
• Government scientist
• Healthcare science
• Inventor
• Psychologist
• Research fellow
• School science technician
• Scientist
Life science
• Biologist
• Biomedical scientist
• Botanist
• Herpetologist
• Medical laboratory scientist
• Microbiologist
• Neuroscientist
• Clinical pharmaceutical scientist
• Zoologist
Natural science
• Archaeologist
• Astronaut
• Astronomer
• Biochemist
• Chemist
• Ecologist
• Geographer
• Naturalist
• Oceanographer
• Palaeontologist
• Pathologist