A heterotroph cannot produce its own food, an autotroph can! A chemotroph makes food by compounds(chemicals like table salt(NaCl)
Autotrophs are organisms that can produce their own food using sunlight or inorganic compounds as a source of energy, such as plants. Chemoautotrophs are a specific type of autotrophs that obtain their energy from the oxidation of inorganic chemicals, such as certain bacteria that live in deep-sea hydrothermal vents. Essentially, while all chemoautotrophs are autotrophs, not all autotrophs are chemoautotrophs.
does the same organism always react to the same stimulus at the same way
Mushrooms are a fungus. Yum. If you want to go on a smaller scale, mushrooms are made up of cells. Any living thing is made up of cells, but non-living things, like the elements, are made of atoms and molecules.
No. It is not the same. the number of valence electrons are same for the elements in the same column (group).
as a Plant is to an animal
-Light Phototroph -Inorganic compounds (Redox!) Lithotroph -Organic compounds Chemotroph
Answer: A Photoheterotroph Feedback: *Energy source: -Phototroph: uses light -Chemotroph: uses redox reactions from an organic or inorganic compound *Carbon source: -Autotroph: uses CO2 -Heterotroph: uses an organic source of carbon
Answer: A Photoheterotroph Feedback: *Energy source: -Phototroph: uses light -Chemotroph: uses redox reactions from an organic or inorganic compound *Carbon source: -Autotroph: uses CO2 -Heterotroph: uses an organic source of carbon
Chemotroph because it takes in organic molecules for both energy and carbon.
Another word for a phototroph is a photoautotroph, and it is photoautotrophic, so I guess that's your synonym.
no its not
There is no list to select one from!
it gets its energy from the sun.
Deep sea bacteria
Many bacteria are classified as chemotrophs because they obtain energy by breaking down organic molecules chemically.
Seed germinator or a phototroph