An Organism can , produce, use, or recycle energy or does not lead to an energy source?
964752
The first three are correct.  I am having difficult finding an organism that is not somehow connected to an energy source.
708744
all the energy comes from the sun....plants turn it into a form that is useful to animals...so a carnivore eats a smaller animal who may be an herbivore who feeds exclusively on plants...plants that used photosynthesis to turn solar energy to food!
602892
Producers, which are usually plants and other photosynthetic organisms such as some types of bacteria, are consumed by primary consumers, so the energy enters the system of the primary consumer (like a rabbit, for example) and some of the energy is used up to power the animal's system (metabolism, etc). Then secondary consumers (picture a fox) eat the primary consumer, and with it the remaining energy that was not used up by that primary consumer. Then tertiary consumers... etc. etc. The pattern continues.
381406
Define power.\nElectricity is the flow of electrons through a substance.\nIn the United States, electricity can be generated through coal/fossil fuel burning plants, nuclear power plants, wind(mills), and solar energy collection.\n\nIn fossil fuel and nuclear plants, they use the furnace and nuclear reactor to heat up water in order to turn a turbine, which spins around an electromagnet to generate electricity. There is much loss of energy through this process because much of the energy used to heat the water is lost through convection.  In windmills, the wind directly turns the turbine, so there is not as much loss, plus, it is a renewable resource.
400379
Not the most specific question, but I'm guessing you're asking about energy storage. Plants use sunlight to make glucose from carbon dioxide and water, thus converting light energy to chemical (food) energy and providing the basis for life on earth as we know it.\n\nThe simple glucose molecules are then strung together to make complex carbohydrates, which serve as energy stores for the plant - and eventually, provides energy to anything that eats the plant.\n\nPlants also obviously store water, vitamins, minerals, etc. as do animals. To get a better answer you'd have to define the question better.\n\nPlants should not be stored in closets. Store where there's light. :)
237531
Any living organism that obtains its energy from organic substances produced by other organisms can be defined as heterotroph. All animals and fungi are heterotrophs,mushroom are fungi that feed on organic substances thus it is heterotroph.
729900
1. plants can make their own food while animals depend on the othe living things.\n\n2. plants needed carbon dioxide to live while animals need oxygen.\n\n3. plants and animals have cells in them while nonliving things have atoms in them.\n\n4. living things undergo stages of development while nonliving things do not.\n\n5. living things multiply while nonliving things do not.\n\n6. living things contains DNA(deoxyribonucleic acid).\n\n7. living things have lives.
997549
Power from fuel cells,\n\nGreenery all around\n\nInstant CO2 recycling\n\nInstant Sewage treatment.\n\nWhat else ????????????????
241725
The ultimate source of energy in all. living systems is the sun
265804
Electricity doesn't exactly do work.  Electricity is a form of energy that enables other things to do work.  Like food in your body.  Your body does the work, the food provides the energy.  Electricity is one form of stored energy that is extracted from a number of different sources, like coal, oil, the sun, flowing water, or splitting atoms.
21156
The quantity and quality of a resource is determined by whether it is a renewable, non-renewable, or a flow resource. \n\nRenewable resources, such as plants and animals, can replenish themselves after they have been used if their physical environment has not been destroyed. If trees are harvested carefully, a new forest will grow to replace the one that was cut. If animals eat grass in a pasture to a certain level, grass will grow again and provide food for animals in the future, as long as the carrying capacity of the land is not exceeded by the pressure of too many animals. \n\nNonrenewable resources, such as minerals and fossil fuels (coal, oil, and natural gas), can be extracted and used only once. \n\nFlow resources, such as water, wind, and sunlight, are neither renewable nor nonrenewable because they must be used as, when, and where they occur. The energy in a river can be used to generate electricity, which can be transmitted over great distances. However, that energy must be captured by turbines as the water flows past or it will be lost.
701259
sunlight.\n\nPlants capture energy from sunlight, animals eat plants... or other animals that have eaten plants.\n\nAloha
517414
There is a finite amount of energy in the ecosystem, regulated by the amount of sunlight plants can convert to usable forms of energy.  As you go up the food chain, a bit of this energy is lost at each level, meaning that at or above a certain trophic level, the energy input is insufficient to support an organism.  It's pouring water from bucket to bucket... You're going to spill some each time, and eventually, none will be left to pass on.
197594
this is the table you must know \nsun->primary consumers->secondary consumers->turshic consumers->decomposers . this clearly states that consumers get energy from one level down to them and decomposers get energy from consumers
874477
By definition, a chemoautotroph derives its energy from chemical sources and not from light.  Chemoautotrophs generally live in environments that light does not reach (for example, deep sea or underground), so even if they had the necessary machinery (i.e., chloroplasts) to conduct photosynthesis, they wouldn't be able to.
906320
The metabolism of most living things involves creating energy or ATP from the catabolism of carbohydrates, primarily monosaccharides.   The primary source of carbohydrates in food comes from the plant kingdom.  Plants use the sun's energy to convert CO2 and H2O into carbohydrates.  So, indirectly the majority of energy produced by all living things originates from the energy of the sun.
185164
another answer might be that manure makes electricity but of course that goes into how our waste all the way back to the dinosaurs generates energy. how mummies found nowadays have a spark of electricity in them, But.... you wanted to know which animals "generate" electricity and I think you wanted them live so here is a site that tells which animals generate electricity and how much :\nhttp://www.sundayobserver.lk/2006/03/05/juniorob05.html