Slide2:
Life Process Humans
and other animals Green Plants Variation
and classification Living things
in their environment Life Process Humans and
other animals Green Plants Variation
and classification Living things
in their environment Cells
and cell function Humans
as organisms Green plants
as organisms Variation, classification
and inheritance Living things
in their environment Response Health Drugs Infections Habitats Variation Evolution Environment Cells Inheritance Homeostasis Membrane Cycles Enzymes Food chains BIOLOGY nutrients additives food testing sports nutrition health and
human body non-living vs. living characteristics environment body parts food health and exercise drugs offspring senses light, water leaf, flower seeds animal care groups comparisons locality local differences care plant animal environment diet skeleton,
muscles reproduction light, air, water leaf variety keys local plants feeding
relationships micro organisms conservation life processes tissues functions movement reproduction photosynthesis roots nutrients causes groups adaptation interdependence protection teeth double pump drugs pulse life cycle roots Food Sport Forensic DNA adaptations food chain habitat circulation movement growth,
reproduction health exercise flower parts primary
producers good, bad fertilisation adolescence muscle, bone fertilisation pregnancy respiration respiration bloodstream equation reactions gas exchange health drugs infection equation breeding feeding
relationships population
change webs,
pyramids toxins diet and
digestion balanced
diet digestion absorption fuel organs systems food egestion exercise hormones nervous system competition medical diet recreational genes defence treatment environment predation reproduction sexual extinction asexual selection artificial damage pollution natural Photosynthesis structure function inside cell outside cell temperature glucose light raw materials biomass energy carbon nitrogen carbon dioxide disease sex micro
organisms useful harmful
Slide3:
Grouping Materials Changing Materials Grouping and
Classifying Materials Changing
Materials Separating Mixtures
of Materials Classifying
Materials Changing
Materials reactions Patterns of
Behaviour Subatomic Bond
Type Rates Amounts metals Structure Crude Oil Ores Plant Oils Rock Earth CHEMISTRY sort names explore uses temperature force properties reversible mixtures cooling heating evaporation methods sieving separation formulas properties energy solutions mass
conservation indestructible
atoms reactions
everywhere physical reactivity displacement change temperature Forensic analysing filtering dissolving insulation conduction rocks state evaporation geology states gas liquid solid periodic
table symbols pollution formation indicators acids and
bases pH atoms molecules molecular proton electron exothermic covalent ionic concentration simple giant surface area endothermic redox atom electrolysis mass conservation temperature lattice glass concrete limestone copper steel crust atmosphere margarine biodiesel iron fractional
distillation burning one-way element compound mixture bonded single corrosion acid
reactions patterns Energy Solutions salts atoms molecules Polymers cracking bonds tests melting
points blood
type single bonds particle theory equations H2SO4 H, He, Li, Be, B 2Mg + O2 = 2MgO reactions scale neutron
Slide4:
Electricity Force and
Motion Light and
Sound Electricity Forces and
Motion Light and
Sound Earth and
Beyond Electricity and
Magnetism Forces and
Motion Light and
Sound Earth and
Beyond Energy Resources
and Transfer Devices Radioactivity Universe Electromagnetic
Spectrum Energy Radioactivity Electricity Momentum Kinetic
Energy voltage Motion PHYSICS materials switch appliances circuits sound examples causes push ear sources darkness light pull circuit
diagram circuits bulb brightness reaction creation pitch source devices blocking refection sphere sun position magnet circuits magnetic field cells distance behaviour refraction reflection orbits gravity resources heat transfer
type measurement seeing Sport orbits rotation friction gravity magnets loudness time speed finite speed pivot moment pressure area weight gravity field mass filters light sources sun electricity temperature force unbalanced scattering friction balanced current voltage dangers kilowatt-hour transformer redshift beta atoms gamma renewable alpha types non-renewable uses conduction radiation types convection big bang telescope heat efficiency decay fusion acceleration velocity conversation velocity work force conductors mass static current medium eardrum amplitude dangers speed frequency pitch loudness satellites rotation solar
system transformation dissipation resources uses mass resultant force weight attract repel series circuits parallel components fission chain
reaction stars rutherford nucleus proton neutron watt ac/dc plug coulomb safety transformation power component electrons electrons energy energy per
electron electrons per
second constant speed speed change unstable stable gamma x-ray UV light micro radio IR medium communication