autotrophs cannot move multicellular eukaryotes
DESCRIPTION
Binomial nomenclature. Genus & species. Aristotle. heterotrophs move multicellular eukaryotes. Taxonomy - Linnaeus. autotrophs cannot move multicellular eukaryotes. Study of classification. First name cap, 2 nd lowercase, italicize or underline. Homo sapiens. - PowerPoint PPT PresentationTRANSCRIPT
Protists
Fungus
Plants
AnimalsOmain ingdom hylum lass rder amily enus pecies
Study of classification
AristotleTaxonomy - Linnaeus
Binomial nomenclature
Genus & species
Homo sapiens
First name cap, 2nd lowercase, italicize or underline
Eukarya Archaea & Bacteria
Autotroph
producer
heterotroph consumer
Living thing
Basic unit ofStructure and Function of living things
No Nucleus
Has a nucleus
animals
Plants
study of living things.
Process in which one organism eats another to obtain energy.
Grass –Rabbit--- eagle
3rd level
consumer
2nd levelConsumer
1st level consumer
PRODUCER
energy moves up - only 10%
SUN
the producer level
10%
Overlapping food chains in an ecosystem
Process in which an
organism maintains stable internal conditions
Study of living things and how they interact with each other and their environment.
living things
Tree, dog,
evaporation – liquid to gas; condensation – back to liquid, precipitation – becomes heavy falls as rain, sleet, snow, or hail.
All living things have carbon and plants take in CO2 and give back Oxygen, we do the opposite
Nitrogen is “free” in the air, but must be fixed and when living things die their nitrogen goes
back into the cycle .
must be fixed from air to useable form
Lightning and bacteria
DNA
Ribosomes and dna
asexual – new one splits off
sexual – tube forms and genetic info is exchanged.
prokaryoticeukaryotic
limits population growth
Food, water, shelter
Nonliving
Soil, water, temp
unicellular, eukaryotes, heterotrophs and autotrophs, sexual and asexual reproduction
Animal like - heterotrophs
Plant like = photosyn.
Fungus like – use spores
Flagella (euglena) Pseudopods -
amoeba Cilia - paramecium
Capsid outer covering of protein coat
DNA
Virus has dna and a protein coat, bacteria has dna also and is alive – does not need host
Virus hijacks and needs a host, a bacteria can reproduce sexually- conjugation and asexually – binary fission
Cocci (round)m spirilla (spiral), and bacilli (rod)
according to how they move.