Good Science Victorian Curriculum Year 7
Digital sample of Matilda's newest publication, Good Science Victorian Curriculum Year, authored by Emma Craven and Aaron Elias. For more information visit www.matildaeducation.com.au or email Katrina Tucker, katrinatucker@matildaed.com.au
Digital sample of Matilda's newest publication, Good Science Victorian Curriculum Year, authored by Emma Craven and Aaron Elias. For more information visit www.matildaeducation.com.au or email Katrina Tucker, katrinatucker@matildaed.com.au
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
friction 120, 123, 126–7<br />
effect of other forces on 129<br />
heat from 127, 177<br />
kinetic 127<br />
of materials 128, 176<br />
and normal force 129<br />
static 126, 127<br />
froth flotation 76, 158<br />
fruits 27<br />
fulcrum 136<br />
fungi<br />
characteristics 28, 37<br />
classification 28–9<br />
in ecosystems 42<br />
in our diet 28–9<br />
to cause or cure diseases<br />
29<br />
galaxy 98<br />
Galileo Galilei 97<br />
gases 70<br />
compressibility 55, 149<br />
condensation to liquids 61<br />
density 63<br />
expansion and contraction<br />
59, 151<br />
particles in 55, 61<br />
genus 22, 23<br />
geocentric model of the<br />
universe 96<br />
geochemists 112<br />
geologists 113<br />
geophysicists 112<br />
geotechnical engineers 113<br />
global warming 45<br />
glossary 184<br />
good science 10<br />
gravitational force (gravity)<br />
120, 122, 123, 126, 129, 130–1<br />
as an attractive force 130<br />
causing falling objects to<br />
accelerate 132–3<br />
causing objects to<br />
slow down or change<br />
direction 133<br />
change with distance 130–1<br />
measuring 179<br />
and stationary objects 132<br />
unbalanced 132–3<br />
Great Pacific Garbage<br />
Patch 67<br />
gymnosperms 26, 27<br />
hazards 4, 5<br />
health hazards 82, 83<br />
heat<br />
adding or removing 58–9<br />
and changing states 60–1<br />
difference from<br />
temperature 57<br />
from friction 127, 177<br />
as a type of energy 56<br />
heat energy 106<br />
loss of 57<br />
and particles 56–7, 58, 59,<br />
60, 61<br />
transfer of 56, 57<br />
heating flame 5<br />
heating materials 150<br />
heliocentric model of<br />
the universe 97<br />
herbicides 46<br />
herbivores 36, 38<br />
Hubble, Edwin 98<br />
Hubble Space Telescope<br />
98–9<br />
human impacts on<br />
ecosystems 44–7<br />
hydropower 108, 109<br />
hypothesis 10, 11<br />
immiscible liquids 80, 81, 163<br />
impact of forces, reducing<br />
134–5, 180–1<br />
inclined planes 137<br />
independent variable 11<br />
Indigenous knowledge/<br />
management of<br />
ecosystems 48–9<br />
industry, water as a solvent<br />
in 73<br />
inference 8, 9<br />
insoluble substances 70<br />
interaction of forces 120<br />
introduced species 45<br />
invertebrates 25, 144<br />
investigation reports 12–13<br />
investigations 10–11<br />
iron ore processing 77<br />
irrigation 47<br />
keys 20–1<br />
kinetic friction 127<br />
laboratory equipment 6<br />
laboratory safety 4, 5<br />
lenses 168<br />
levers 136, 182<br />
light microscope 7<br />
Linnaean classification<br />
system 22–3<br />
liquids 70<br />
compressibility 55, 149<br />
density 63, 153<br />
evaporation and<br />
crystallisation 78<br />
evaporation to gases 61, 78<br />
expansion and contraction<br />
59<br />
freezing to solids 61<br />
particles in 55, 61<br />
separating liquids that<br />
don’t mix 81<br />
separation from solids 75<br />
living things<br />
classification 18–19<br />
as renewable resources<br />
108<br />
lubrication 128<br />
lunar eclipse 95, 166, 167<br />
lunar samples 99<br />
made resources 104, 105<br />
magnetic separation 76<br />
magnitude of force 125<br />
malaria 43<br />
marine animals, physical<br />
and skeletal features 144<br />
mass 62<br />
and gravitational force 130<br />
and weight 131<br />
materials<br />
friction of 128, 178<br />
heating 150<br />
melting points 152<br />
matter 54<br />
changing states 60–1<br />
particle model 54–5, 56,<br />
60, 63<br />
mean 8<br />
melting 60<br />
melting point 60, 152<br />
metallurgical engineers 113<br />
metals<br />
coefficient of friction 128<br />
mined in Australia 107<br />
separation from ore 69,<br />
76, 113<br />
metric units of<br />
measurement 8<br />
micro-irrigation 47<br />
microorganisms 30–1<br />
beneficial and harmful 43<br />
role in ecosystems 42–3<br />
microscope slides 7<br />
mine site rehabilitation 113<br />
mineral ores/deposits 69, 76,<br />
77, 107, 112<br />
mining 107, 112–13<br />
for chocolate chips 174<br />
different opinions about 115<br />
mining scientists 112–13<br />
mixtures 66, 68, 69<br />
separation techniques<br />
69, 74–86<br />
solutes, solvents and<br />
solutions 70–1, 154–5<br />
models 96<br />
Monera 30–1<br />
monocultures 46<br />
Moon<br />
eclipses 94, 95<br />
humans first walk on 99<br />
origins 99<br />
revolving around the Earth<br />
91<br />
motion, and force 120–5,<br />
134–7<br />
moulds 30, 145<br />
moving object, balanced<br />
forces on 121<br />
mushrooms 28<br />
natural gas 106<br />
natural resources 104–5<br />
naturalists 22<br />
net force 125<br />
non-biodegradable<br />
materials 44, 45<br />
non-renewable resources<br />
104–5, 106–7<br />
conservation and<br />
management 110<br />
reuse and recycling 110, 111<br />
normal force 121, 126, 129<br />
nuclear fuels 106<br />
nutrients 26, 36, 37, 40, 45,<br />
47, 48<br />
observation 8, 9, 142<br />
oil 106<br />
oil slicks 84<br />
oil spills<br />
causes 84<br />
containment and clean<br />
up 85<br />
impact on the environment<br />
84<br />
omnivores 36, 38, 40<br />
ores/ore bodies 68, 69, 76, 77,<br />
107, 113<br />
organic fertilisers 47<br />
organising data 9<br />
organisms 18<br />
characteristics 19, 21<br />
competition for<br />
resources 40<br />
in food chains 38, 39<br />
scientific name 23<br />
overfishing 45, 110<br />
oxygen 84<br />
paper chromatography<br />
80, 162<br />
parasites 28, 35, 40<br />
parasitism 41<br />
partial lunar eclipse 95<br />
partial solar eclipse 94<br />
particle model 54–5, 56, 60<br />
and changing states 60–1<br />
and density 63<br />
particles 54<br />
and heat energy 56–7, 58,<br />
59, 60, 61<br />
in mixtures 69<br />
in pure substances 68<br />
pathogens 42, 43<br />
penicillin 43<br />
penumbra 94, 95<br />
penumbral lunar eclipse 95<br />
pesticides 44, 45, 46<br />
188 GOOD SCIENCE VICTORIAN CURRICULUM 7