Test Review.  Taxonomy  Scientific Inquiry  Binomial nomenclature  Classification.

Slides:

Advertisements

Similar presentations

Science AHSGE Taxonomy.

Advertisements

Chapter 17: Classification

Jeopardy Test Review Game

ANIMALIA. kingdom of multicellular eukaryotic heterotrophs whose cells do not have cell walls.

Kingdoms and Domains 18.3.

Aim: How do scientists classify living organisms?

Life Science Overview Cells, Classification, and Ecosystems.

1) To explain how scientists classify living things 2) To identify the 6 kingdoms of life.

Classification Jeopardy Test Review Game. Scientific Names Kingdom Characteristics ClassifyingKing PhillipTrue or False

Chapter 7 - Classification Carolus Linnaeus 18 th century Swedish 2 groups – plants and animals he divided the animal group according to similarities.

How are living things organized? Diversity and Classification.

Taxonomy Study of classification Classifying critters into their specific Kingdom, Phylum…etc.

Chapter 2.2 Classifying Organisms. POINT > Define prokaryote and eukaryote POINT > Explain why and how we classify things POINT > Define taxonomy and.

Taxonomy Test Review.

Chapter 14 : Classification of Organisms

CLASSIFICATION SYSTEMS

The Three Domains All organisms belong to one of three domains, depending on their characteristics. A domain is the most inclusive (broadest) taxonomic.

Chapter 2.2 Classifying Organisms

Biological Diversity.

(7th) Chapter 7-4 Cornell Notes

Classification Notes.

Classification of Living Organisms

Unit 1.2 Review.

Taxonomy & Binomial Nomenclature

Obj. 9- Organize organisms from simplest to most complex.

Starter #1 Stamping cover page

Warm-Up (3/4) Answer the following questions in a complete sentence.

Jeopardy Game for Classification!.

Aim: How do scientists classify living organisms?

Biological classification

Classifying Living Things

Taxonomy Topic 3.

The Three Domains All organisms belong to one of three domains, depending on their characteristics. A domain is the most inclusive (broadest) taxonomic.

The Three Domains 1. Archaea 2. Bacteria 3. Eukarya

Classifying Life.

5 Kingdoms Ms. Whitworth.

Current Classification

Overview of Classification 2

CLASSIFICATION SYSTEMS

Binomial Nomenclature

The Three Domains All organisms belong to one of three domains, depending on their characteristics. A domain is the most inclusive (broadest) taxonomic.

Unity, Diversity, & Evolution

The classification of living organisms

The classification of living organisms

Classification of Organisms The Necessity of Classifying

Classification.

Jeopardy Hosted by Dr. Kaht.

Classifying Organisms

Chapter 18 The History of Life.

The classification of living organisms

Kingdom Diversity.

Chapter 18 - Classification of Organisms

Taxonomy Topic 19.

Classification & Intro to Animals

Learning Objectives Know why scientists had to develop their own system for naming different organisms Know the correct order system for how scientist.

The science of naming organisms.

Classification System

Text Chapter 2 (cont’d) Living Things.

5 Kingdoms Mrs. Reese.

BELLRINGER FOR 9/25/12 IN YOUR SURVIVAL GUIDE AT THE TOP OF PAGE _37_make a chart: DOMAINS ARCHAEA BACTERIA EUKARYA.

Modern Classification

Classification.

CLASSIFICATION methods of grouping things according to similarities or differences. Ex. by size, color, age, etc.

Classification Taxonomy Classification

Classification of Organisms

Quarter 4: Unit 1: Classification Sytems

FCAT 2.0 Review Classifying living Things

Presentation transcript:

Test Review

 Taxonomy  Scientific Inquiry  Binomial nomenclature  Classification

 Taxonomy  Scientific Inquiry  Binomial nomenclature  Classification

 Gregor Mendel  Carolus Linnaeus  Rosalind Franklin  Albert Einstein

 Gregor Mendel  Carolus Linnaeus  Rosalind Franklin  Albert Einstein

 Domain  Kingdom  Phylum  Class  Order  Family  Genus  Species

 Animalia  Eukarya  onca  Panthera

 Animalia  Eukarya  onca  Panthera

 Animalia  Eukarya  onca  Panthera

 Animalia  Eukarya  onca  Panthera

 Classification  Evaluation  Observation  Prediction

 Classification  Evaluation  Observation  Prediction

 Bacteria  Archaea  Eukarya

 Bacteria  Archaea  Eukarya

 Prokaryotes  Eukaryotes  Autotrophs  Heterotrophs

 Prokaryotes  Eukaryotes  Autotrophs  Heterotrophs

 Domain and kingdom  Domain and species  Genus and species  Kingdom and species

 Domain and kingdom  Domain and species  Genus and species  Kingdom and species

 A classification key  A binomial key  A scientific key  A taxonomic key

 A classification key  A binomial key  A scientific key  A taxonomic key

 Order  Family  Genus  Species

 Order  Family  Genus  Species

 Panthera leo  Panthera onca  Panthera tigris  Panthera pardis

 Panthera leo  Panthera onca  Panthera tigris  Panthera pardis

 One  Two  Three  Four

 One  Two  Three  Four

 Bacteria  Protista  Plantae  Animalia

 Bacteria  Protista  Plantae  Animalia

 Animals  Plants  Protists  Bacteria

 Animals  Plants  Protists  Bacteria

 Unicellular autotroph  Multicellular autotroph  Multicellular heterotroph  Unicellular heterotroph

 Unicellular autotroph  Multicellular autotroph  Multicellular heterotroph  Unicellular heterotroph

 Mildew  Yeast  Mushroom  All of the above

 Mildew  Yeast  Mushroom  All of the above

 Cell membrane  Nucleus  Cytoplasm  Ribosome

 Cell membrane  Nucleus  Cytoplasm  Ribosome

 Bacteria  Archaea  Eukarya

 Bacteria  Archaea  Eukarya

 Felis Domesticus  Felis concolor  Felis marmorata  felis silvestris

 Felis Domesticus  Felis concolor  Felis marmorata  felis silvestris