Through photosynthesis Through photosynthesis
It's sulfur
Cyanobacteria gains energy through the sun, while archaebacteria gains energy through chemosynthesis (a process in which organisms gain energy through molecules such as sulfur)
Archaebacteria is part of the Prokaryote that resembles ancient bacteria. They have unique protein cell walls and cell membrane that use organic compounds such as acetate as food.
The urine and saliva
Archaebacteria
Some archaebacteria get energy from inorganic compounds available such as sulfur or ammonia. Other groups of archaeobacteria get energy from sunlight. To transform the energy, they use a modified form of glycolysis and a partial citric acid cycle or a complete one.
Nuclear physicists have theorized that it is possible to transform matter into energy and energy into matter.
change or transform
change or transform
The type of 'digestion' that occurs in archaebacteria is the same as other prokaryotes. It is not actually digestion, but they derive food from their environment, such as soil or decayed plant matter, to create and use energy.
Yes, it is possible to transform energy into matter. Doing so would require an enormous amount of energy, but it is theoretically possible.
chemosynthesis
It's sulfur
Sulfur
Plants transform light energy into chemical energy during photosynthesis.
Some archaebacteria, such as thermophiles, live by hydrothermal vents. They are chemoautotrophs, which means that they produce their own food using energy from the chemicals in the vents instead of using energy from the sun. The energy starts in the vent, then goes to the archaebacteria, then to the organisms that eat those archaebacteria, and so on.
Heat energy causes a solid to melt into a liquid. Further input of heat turns the liquid matter into a gas or vapor.