Respuesta :
Animalia: Eukaryotic multicellular heterotroph
Arachaebacteria: Prokaryotic unicellular
Eubacteria: Prokaryotic unicellular
Fungi: Eukaryotic multicellular heterotroph
Plantae: Eukaryotic multicellular autotroph
Protista: Eukaryotic unicellular/multicellular auto/heterotroph
Explanation:
Living organisms of different kingdoms are classified according to their number of cells, type of nutrition and presence or absence of nucleus.
Unicellular: single celled organism; multicellular: organisms with multiple number of cells
Prokaryotic: absence of nucleus or membrane-bound cellular organelles. Eukaryotic: nucleus is present
Autotroph: Prepares their own food. Heterotroph: Depends on other organisms for food
Species belonging to Kingdom Animalia are eukaryotic, multicellular, heterotrophic, motile, reproduce sexually or asexually.
Species belonging to Kingdom Plantae are eukaryotic, multicellular, autotrophic, nonmotile, reproduce sexually or asexually.
Species belonging to Kingdom Protista are eukaryotic, unicellular or multicellular, and can be autotrophic or heterotrophic, reproduce sexually or asexually.
Species belonging to Kingdom Fungi are eukaryotic, multicellular (few are unicellular), heterotrophs – saprophytes or parasites
Species belonging to Kingdom Monera including arachaebacteria and eubacteria are prokaryotic unicellular organisms, reproduce asexually
The classification of living organisms is arranged in the order and they are listed below Archaebacteria, Eubacteria, Fungi, Protista, Plants, Animals.
Explanation:
1. Animals - Eukaryotic Multicellular Heterotroph
- Cell type- Eukaryotic
- Mode of nutrition- Heterotroph
- Number of cells- Multicellular
2. Plants - Eukaryotic Multicellular Autotroph
- Cell type- Eukaryotic
- Mode of nutrition- Autotroph
- Number of cells- Multi-cellular
3. Fungi - Eukaryotic Unicellular/Multicellular Auto/Heterotroph
- Cell type- Eukaryotic
- Mode of nutrition- Heterotroph
- Number of cells- Multi-cellular /unicellular
4. Protista - Eukaryotic Unicellular/Multicellular Auto/Heterotroph
- Cell type- Eukaryotic
- Mode of nutrition- Heterotroph/Autotroph
- Number of cells- Multi-cellular /uni-cellular
5. Bacteria - Prokaryotic Unicellular
- Cell type- Prokaryotic
- Mode of nutrition- Heterotroph/Autotroph
- Number of cells-Uni-cellular
6. Archae - bacteria-Prokaryotic Unicellular
- Cell type - Prokaryotic
- Mode of nutrition - Heterotroph/Autotroph
- Number of cells - Uni-cellular