no its not a autotroph
it is hetertrophic
lives in gut of ruminance
Archaebacteria can be autotrophic, heterotrophic, or saprophytic. Some archaebacteria are capable of synthesizing their own food through photosynthesis or chemosynthesis, while others rely on consuming organic matter or decaying material for energy.
heterotroph
Eubacteria and archaebacteria can be both heterotrophic (obtaining nutrients from organic compounds) and autotrophic (able to produce their own food through photosynthesis or chemosynthesis), depending on the species.
Some archaebacteria are heterotrophs, meaning they rely on organic material as a food source. However, there are also autotrophic species of archaebacteria that can produce their own food through processes like chemosynthesis.
Jesus is the answer to all your problems
Autotrophic archaebacteria, in the biological classification system, are members of the class halobacteria. Halobacteria live in salt water. Some species of halobacteria are: Halobacterium cutirubrum > Halobacterium salinarumHalobacterium denitrificans > Haloferax denitrificansHalobacterium distributum > Halorubrum distributumHalobacterium halobium > Halobacterium salinarumHeterotrophic archaebacteria are members of the class Methanobacteria. As their name suggests, these species metabolize methane gas to create energy. An example of this species is methanobacterium aarhusense.
Archaebacteria is the kingdom that autotrophic multicellular organisms belong to.
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.
It's sulfur
Archaea can be both autotrophs and heterotrophs, depending on the species. Some archaea are able to generate their own energy through processes like chemosynthesis, while others rely on organic carbon sources for energy.
Archaebacteria obtain nutrients through various methods such as chemosynthesis, which involves using inorganic substances like hydrogen sulfide or methane as an energy source to produce organic molecules. Some archaebacteria are also capable of heterotrophic feeding by engulfing particles or absorbing organic matter from their environment. Additionally, some archaebacteria exhibit autotrophic feeding by converting inorganic compounds into organic compounds using energy from sunlight.
autotrophic