Bacteria plants extract copper by absorbing its chemical properties. The same goes along with fungi but they absorb the copper and use that as a reproduction synthetic. Bacteria plants can also repel the copper if the chemical properties to them is not suffice or sufficient. First, bacteria will explore the copper and its chemical properties and search for the right chemical composition to support the plant. Then, once the pathogen/virus finds the right chemical composition, they absorb the chemical composition in the copper and return to the plant. Finally, they repel the composition from their bodies into the plant which makes it suffice to create glucose.
it will be cheaper ?
Archaea (archibacteria), Bacteria, Eucaryota (Eucariotes). The latter include plants, animals, fungi, and protists.Archaea (archibacteria), Bacteria, Eucaryota (Eucariotes). The latter include plants, animals, fungi, and protists.Archaea (archibacteria), Bacteria, Eucaryota (Eucariotes). The latter include plants, animals, fungi, and protists.Archaea (archibacteria), Bacteria, Eucaryota (Eucariotes). The latter include plants, animals, fungi, and protists.
generally decomposers are NOT plants, they are microscopic fungi and bacteria
The 5 Kingdoms are: Fungi, Plants, Animals, Prokaryotes and Protoctistans.
No, bacteria are not classified as plants. Bacteria are a separate domain of life, distinct from plants, animals, and fungi. Plants belong to the kingdom Plantae, while bacteria belong to the domain Bacteria.
Cell walls are a characteristic shared by bacteria, fungi, and plants. These structures provide support and protection for the cells.
D) bacteria
Archaebacteria, Eubacteria, Fungi, Animalia, Plantae, and Protista
Fungi are the only plants that are decomposers.
bacteria,fungi,protists,animals and plants
FungiProtistaAnimilaPlantaeBacteriaArcheabacteria6 kindoms:plantsanimalsfungiprotistsarchaeeubacteria
bacteria