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More than likely, he is referring to the theory that Eukaryotic cells like ours took on a simbiotic relationship with a rod like bacteria to create Mitochondria. Mitochondria are the organelles that efficiently produce ATP (Cell energy). Mitochondria have distinct DNA from the cell they inhabit and have a distinct bacteria like stucture. They also have the ability to reproduce on their own within the cell when higher energy production is necessary.
Chemotrophic bacteria are organisms that can obtain energy by the oxidation of electrons.
The organelles responsible for energy production in cells are called mitochondria.
Bacteria that obtain their energy by removing electrons from inorganic molecules, rather than obtaining energy from the sun, are called chemoautotrophic. In general, organisms, that obtain their energy from sunlight are called photoautotrophs.
Heterotrophic Bacteria is basically bacteria that has to consume something else to get its energy (cannot get energy from the sun).
Because bacteria do not have organelles they would not have a mitochondrian which is eukaryotes use for energy production. These reactions occur in the cytoplasm and on the cytoplasmic membrane instead, making the cytoplasmic membrane integral in bacterial energy production.
WindCloseness to the electrical grid, so the electricity can be collected cheaply.
This is an invalid question since it assumes true a flase premise. bacteria can be found in the ocean, as a matter of fact they are the only one that can be found everywhere, they can be foundin the atmosphere, in the ocean depths,some say even in molten magma.
Bacteria are like plant cells in a structural sense i.e. they boast cell membranes; have energy production mitachondria but are generally able to survive independently of other bacteria/cells - whereas plant cells are unable.
Different types of bacteria acquire energy from different sources. For example, Cyanobacteria, some purple and green bacteria, get energy from light. Most bacteria use organic compounds for energy. Most bacteria are saprobic and get energy from dead organic matter .
More than likely, he is referring to the theory that Eukaryotic cells like ours took on a simbiotic relationship with a rod like bacteria to create Mitochondria. Mitochondria are the organelles that efficiently produce ATP (Cell energy). Mitochondria have distinct DNA from the cell they inhabit and have a distinct bacteria like stucture. They also have the ability to reproduce on their own within the cell when higher energy production is necessary.
Bacteria need energy to fuel cellular activities.
Yes, bacteria does obtain and use energy for locomotion.
Photosynthesis.
ATP fuels the mitochondria in energy production.
Chemical energy production in the form of ATP
Chemotrophic bacteria are organisms that can obtain energy by the oxidation of electrons.