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Questions and Answers
Which two kingdoms are missing from the list that includes Eubacteria, Protista, Plantae, and Animalia?
Which two kingdoms are missing from the list that includes Eubacteria, Protista, Plantae, and Animalia?
- Fungi and Monera
- Eukaryotia and Fungi
- Archaebacteria and Monera
- Fungi and Archaebacteria (correct)
Which kingdom includes only heterotrophs?
Which kingdom includes only heterotrophs?
- Plantae
- Fungi (correct)
- Protista
- Eubacteria
Which of the kingdoms in the six-kingdom system of classification was once grouped with plants?
Which of the kingdoms in the six-kingdom system of classification was once grouped with plants?
- Carnivores
- Protista (correct)
- Animalia
- Fungi
Which taxonomic level is used to distinguish plants?
Which taxonomic level is used to distinguish plants?
Which similar characteristic is most important in classifying two groups of bears into the same genus?
Which similar characteristic is most important in classifying two groups of bears into the same genus?
Flashcards
Missing Kingdoms?
Missing Kingdoms?
Fungi and Archaebacteria are the two kingdoms missing from the list Eubacteria, Protista, Plantae, and Animalia.
Kingdom of Heterotrophs?
Kingdom of Heterotrophs?
The Fungi kingdom includes only heterotrophs, organisms that obtain nutrients from other organic substances.
Kingdom formerly with plants?
Kingdom formerly with plants?
Protista was once grouped with plants within the six-kingdom system of classification.
Plant taxonomic rank?
Plant taxonomic rank?
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Genus classification factor?
Genus classification factor?
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Study Notes
Kingdoms of Classification
- The two missing kingdoms from the list are Fungi and Archaea.
- The kingdom that includes only heterotrophs is Animalia.
Classification of Organisms
- The kingdom that was once grouped with plants is Chromista (also known as Stramenopila).
Taxonomic Classification
- The taxonomic level used to distinguish plants is the kingdom level.
Genus Classification
- The similar characteristic most important in classifying two groups of bears into the same genus is their morphology.
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