characteristics of living things
biology
homeostasis
compound light microscope
safety procedures
valence electron
Ion
water
acid
base
4 organic Molecules: monomers & function
carbohydrates
lipids
Nucleic acids
proteins
product
reactant
protons
neutrons
isotopes
nucleus (of an atom)
compound
covalent bond
polar
solution
suspension
chemical reaction
activation energy
catalyst
producers
autotroph
heterotroph
chemosynthetic bacteria
trophic level
carbon cycle
transpiration
energy v. nutrients(matter)
ecology
biosphere
population
decomposers
herbivore
food web
Fossil fuels
biomass pyramid
nitrogen fixation
climate
climate zones
biotic factor
abiotic factor
competition
niche
mutualism
parasitism
chemistry of aquatic ecosystems
greenhouse effect
symbiosis
ecological sucession
tundra
desert
Tropical rain forest
population growth rate
characteristics of a population
limiting factor
carrying capacity
population density
density-dependent limiting factor
density-independent limiting factor
world population/world population growth
demography
demographic transition
invasive species
acid rain
biodiversity
threats to biodiversity
DDT
ozone/ozone depletion
renewable resources (and kinds)(land)
nonrenewable resources (old growth forest)
soil erosion
sustainable development
endangered species
UV radiation
global warming
organelle
nucleus (of a cell)
Microtubules & microfilaments
lysosome
ribosome
Golgi apparatus
cell membrane
diffusion
osmotic pressure
multicellular v. unicellular
Robert Hooke
Schwann
Matthias Schleiden
Rudolf Virchow
prokaryotes
eukaryotes
This should NOT be the only thing you study, this is a guide and should direct your studying.