Archaebacteria can be autotrophic, obtaining energy through processes like photosynthesis or chemosynthesis, or heterotrophic, relying on organic compounds for energy. Some archaebacteria are also capable of surviving in extreme environments where other organisms cannot, often by utilizing unique metabolic pathways.
Archaebacteria
No, they are not. Fungi are their own kingdom.
Yes, archaebacteria is the smallest kingdom. Next comes eubacteria, protist, fungi, plants and then animals
The kingdom that contains all prokaryotes except archaebacteria is Bacteria. Archaebacteria are a separate domain from Bacteria, so the kingdom Bacteria includes all prokaryotes that are not part of the Archaea domain.
The cell wall of the eubacteria is Peptidoglycan with muramic acid while the archaebacteria has a variety of types and with no muramic acid.
The common name for the Archaebacteria kingdom is archaea.
They have their own kingdom called Archaebacteria.
Archaebacteria
They are their kingdom names
They are in the archaebacteria kingdom
No, they are not. Fungi are their own kingdom.
Yes, archaebacteria is the smallest kingdom. Next comes eubacteria, protist, fungi, plants and then animals
protist
Unicellular or single celled prokaryotes are part of the archaebacteria kingdom. Many archaebacteria live in hot climates. The waste products that they produce may have flammable gases.
There are two kingdoms of bacteria, Archaebacteria and Eubacteria.
the top level is kingdom the 2nd level is phylumidivisions the 3rd level is class the 4th level is order the 5th level is family the 6th level is genus the last level is species
The kingdom that contains all prokaryotes except archaebacteria is Bacteria. Archaebacteria are a separate domain from Bacteria, so the kingdom Bacteria includes all prokaryotes that are not part of the Archaea domain.