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22 Cards in this Set

  • Front
  • Back
6 characteristics of life
contains chemicals of life; use and produce energy; respond; reproduce; are all made of cells; grow and develop
4 Basic needs of living things
food; water; living space; stable internal conditions
Spontaneous Generation
Theory that living thing could come from nonliving things
Francesco Redi
First to try and disprove spontaneous generation: had a controlled experiment with meat in two container with one lid on and the other lid was on.
Aristotle
Greek scholar who prodcued the first classification system for animals over 2000 years ago. Organized them into 3 groups based on where they were found : in water; could fly; could run walk or crawl
Carolus Linnaeus
created the system of classification naming organisms as they still are today. Organized on similar features. Also gave each organism a unique two name name called Binomial Nomendature
Louis Pasture
Second to try to disprove spontaneous generation;two pots of broth, one boiled the other not.; built on top of Francesco Redi’s concept
Taxonomy
the scientific study of how living things are classified
Field Guide
books with illustrations that could highlight differences between similar looking organism
Taxonomic Key
consists of a series of paired statements that describe the physical characteristics of different organisms
Dichotomous Keys
are a list of traits used to identify a specific organism
Classification (Definition; Why Classify)
The process of grouping organism based on similarities; Classify because: Organize living things into smaller groups to make things easier to study, to make things easier to find, help avoid errors
7 (Chart) Categories in Order
Kingdom
Phylum
Class
Order
Family
Genus
Species
6 (Chart) Kingdoms
Animal, Plant, Protist, Fungi, Eubacteria, Archeabacteria
How to write Scientific Names
Both italicized, the first word is capital and the other is not
Kingdom Descriptions
Animal - moves, doesn’t make own food.
Plant-Doesn’t move, makes own food
Protist - some move, some make own food some don’t, most are unicellular
Fungi - don’t move, doesn’t make own food
Eubacteria - Prokaryotic, unicellular, auto or heterotroph
Archaebacterica - Prokaryotic, unicellular auto/heterotroph
Prokaryotic
an organism whose cells lack a nucleus and some other cell structure
Eukaryotic
an organism whose cells contain nuclei
How organism are classified (3)
cell type; number of cells in body; ability to make food
3 Domain System used in Taxonomy today
bacteria; archaea; eukaryc
Compare bacteria and eukaryc
unicellular, either auto or heterotroph and and prokaryotic
differ because of their chemical makeup
4 Kingdoms of Eukaryc
protists, animal, plant, fungi