Animals: multicellular, eukaryotic, motile, heterotropic, no cells walls, complex body structure

Plants

Fungus

Prokaryotes

Protoctists

Why:

Phylogenetic trees: demonstrate the genetic relationship between species

Dichotomous key: identification based on morphological characteristics

Linnaeus classification: Genus specie

Hierachal classification: Kingdom, Phylum, Class, Order, Family, Genus, Specie

Movement: action that results in a change in position of the orgnaism

Respiration: chemical conversion of nutrients into energy for metabolism

Sensitivity: ability to detect stimuli from internal or external enviroment and make appropriate responses

Growth: permanent increase in size and dry mass due to an increase in number of cells and size of cells

Reproduction: producing more of the same kind of orgnaisms

Excretion: removal of waste products of metabolism, toxic materials and substances in excess

Nutrition: taking in materials for energy, growth, development