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6. ANIMAL CLASSIFICATION
Biodiversity: varities of living organisms.
Types of cell:
1) Prokaryotic: Non well define nucleus, single cromosome, size of cell
is small.
2) Eukaryotic: Well define nucleus, no. of cromosome, size of cell is
larger as compaire to prokaryotic.
Mode of neutrition:
1)Autotrophic:
Living organism who make its own food.
2)Heterotrophic:
Living organism who donot make its own food. Depend on other.
Body structure in plant:
1)Thylus body: Body do not differentiate root-stem-leaf.
2)Non thylus body: Body differentiate root-stem-leaf.
Vascular tissue:
1) Xilum: Transfer water & nutrition etc. from root to other parts of
plant.
2) Fluoem: Transfer food from green part to non green parts of plant.
Cryptogams: Plant which are non flowering & seedless.
Phanerogams: Plant which are flowering & seed bearing.
Gymnosperm: Plant having naked seed.
Angiosperm: Plant having non naked seed.
Monocot: seed made of single cotyledon.
Dicot: seed made of two cotyledon.
, 02.
Classification of living organisms:
Living Organism
unicellular & prokaryotic multicellular & Eukaryotic
1. Monera
- Cell type: unicellular & with cell wall without cell wall
prokaryotic
- cell wall may or Non photosynthesis Photosynthesis
may not be present 3.Fungi: 4. Plantae:
- neutrition mode: - Cell type: - Prepare its own
Autotrophic or multicellular & food.
heterotrophic Eukaryotic - cell wall present
- e.g: All bacterias, - cell wall present - cell wall made by
mycloplasm, cynobacteria - cell wall made by cellulose
chitin - e.g: mango, apple
unicellular & Eukaryotic - neutrition mode:
2.Protista heterotrophic
- Cell type: unicellular & 5. Animalia:
- e.g: yeast, mashroom
prokaryotic - Cell type: multicellular
- Locomotion: Special & Eukaryotic
organ - cell wall absent
- neutrition mode: - neutrition mode:
Autotrophic or heterotrophic
heterotrophic - e.g: monkeys, human
- e.g: Amoeba, Paramecium, being
Euglena
6. ANIMAL CLASSIFICATION
Biodiversity: varities of living organisms.
Types of cell:
1) Prokaryotic: Non well define nucleus, single cromosome, size of cell
is small.
2) Eukaryotic: Well define nucleus, no. of cromosome, size of cell is
larger as compaire to prokaryotic.
Mode of neutrition:
1)Autotrophic:
Living organism who make its own food.
2)Heterotrophic:
Living organism who donot make its own food. Depend on other.
Body structure in plant:
1)Thylus body: Body do not differentiate root-stem-leaf.
2)Non thylus body: Body differentiate root-stem-leaf.
Vascular tissue:
1) Xilum: Transfer water & nutrition etc. from root to other parts of
plant.
2) Fluoem: Transfer food from green part to non green parts of plant.
Cryptogams: Plant which are non flowering & seedless.
Phanerogams: Plant which are flowering & seed bearing.
Gymnosperm: Plant having naked seed.
Angiosperm: Plant having non naked seed.
Monocot: seed made of single cotyledon.
Dicot: seed made of two cotyledon.
, 02.
Classification of living organisms:
Living Organism
unicellular & prokaryotic multicellular & Eukaryotic
1. Monera
- Cell type: unicellular & with cell wall without cell wall
prokaryotic
- cell wall may or Non photosynthesis Photosynthesis
may not be present 3.Fungi: 4. Plantae:
- neutrition mode: - Cell type: - Prepare its own
Autotrophic or multicellular & food.
heterotrophic Eukaryotic - cell wall present
- e.g: All bacterias, - cell wall present - cell wall made by
mycloplasm, cynobacteria - cell wall made by cellulose
chitin - e.g: mango, apple
unicellular & Eukaryotic - neutrition mode:
2.Protista heterotrophic
- Cell type: unicellular & 5. Animalia:
- e.g: yeast, mashroom
prokaryotic - Cell type: multicellular
- Locomotion: Special & Eukaryotic
organ - cell wall absent
- neutrition mode: - neutrition mode:
Autotrophic or heterotrophic
heterotrophic - e.g: monkeys, human
- e.g: Amoeba, Paramecium, being
Euglena
