Autotrophs use light energy from the sun to make carbohydrates. They do this using a process called photosynthesis. They make food for themselves and other life.
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Yes, autotrophs use photosynthesis to produce glucose.
how is gluclose made
photosynthesis
Most, if not all, organisms can produce glucose. Humans and other animals can produce glucose when necessary from other carbohydrates and intermediates (such as glycogen, lactate and pyruvate). This requires, at some point, consumption of autotrophs, to provide the energy and carbon required to produce glucose. Autotrophs can produce glucose (directly or indirectly) from inorganic molecules (i.e., not from eating other organisms). Photosynthetic organisms (photoautotrophs) are autotrophs that specifically produce glucose from light energy. This includes plants, algae and some bacteria (e.g. cyanobacteria).
Autotrophs are organisms that can produce its own food.
Chemosythetic autotrophs use chemicals for "food", but photosynthetic autotrophs use light (sunlight) to make their "food".
Heterotrophs came first because they could live off the minerals in the oceans (Heterotrophs are just organisms that take their source of energy from somewhere else - minerals do count). Autotrophs, however, could not have lived first because the ozone layer was not formed, and taking in the sunlight would have been the same as taking in harmful UV radiation that would have killed the autotrophs. The cyanobacteria (which are heterotrophs) were the ones that first helped create the ozone layer.Actually, Cyanobacteria aren't heterotrophic. This WRONG answer led me cramming for our debate about Autotrophs vs. Heterotrophs. If you want to know about which came first, either search about primordial theory by A.I Oparin or go to http://leiwenwu.tripod.com/(:my yahoomail: lord_reverie@yahoo.com.ph
sugar
Photosynthesis is used by autotrophs to store energy in glucose.
Most, if not all, organisms can produce glucose. Humans and other animals can produce glucose when necessary from other carbohydrates and intermediates (such as glycogen, lactate and pyruvate). This requires, at some point, consumption of autotrophs, to provide the energy and carbon required to produce glucose. Autotrophs can produce glucose (directly or indirectly) from inorganic molecules (i.e., not from eating other organisms). Photosynthetic organisms (photoautotrophs) are autotrophs that specifically produce glucose from light energy. This includes plants, algae and some bacteria (e.g. cyanobacteria).
Most autotrophs produce food through photosynthesis. This is the process of using carbon dioxide and water to produce glucose and oxygen. Photosynthesis needs sunlight to proceed.
Convert the energy in sunlight into glucose.
Autotrophs
Autoatrophs are organisms that create their own food. Examples include most types of plants. They collect sunlight, water and air and combine that to make glucose, their food. Some types of fungi are also Autotrophs. No mammals are Autotrophs because they must consume their food.
The disaccharide molecule, sucrose is not formed from two glucose molecules. Sucrose is formed from one glucose molecule and one fructose molecule.
Organisms other than plants, such as animals, benefit from the production of glucose by autotrophs. Animals obtain 10 percent of the energy that comes from plants, and humans who consume animals will receive 10 percent of the animal's energy.
glucose station
Plants through photosynthesis they create glucose, and any other autotrophs.
Most autotrophs (plants) need carbon dioxide, water, and sunlight to make food (glucose). They also require nitrogen for protein production.
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