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energies | A Wisdom Archive on energies |  | energies A selection of articles related to energies |  |
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energies
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| ARTICLES RELATED TO energies | |  |  |  | energies:
Oceanography Dictionary - energy Definition and meaning of energy: energy - the capacity for doing work. Forms of energy include light, thermal, mechanical, electrical, and chemical. Energy may be transformed from one form into another (Source: US National Oceanic and Atmospheric Administration (NOAA) ) Also see these pages: Oceanography, Oceanography Sitemap, Coral Reef, Environment, Sustainability, Climate Change,
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Wiccan Pagan Dictionary on ENERGY ENERGY - 1. eternal delight (William Blake) 2. life force, cosmic ether, healing medium, vitalizing force, primal juice, cosmic electricity. 3. mc?: mass times the square of the speed of light (Einstein). 4. that which is always conserved. 5. vim, vigor, health, growth. 6. quality that can take a great variety of forms and constitutes a measure of the capacity to overcome inertia. 7 electromagnetic fields consisting of positive, negative and neutral charges which build and sustain the human body and all other matter. (NAD) (See also: ENERGY, Wiccan Pagan, Paganism, Pagan Dictionary)
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Spiritual - Theosophy
Dictionary on
Energy Energy (from Greek energeia possessing + ergon active power) In physics, energy is treated as a measurable quantity, without reference to its actual nature or source. It used to be considered as distinct from and correlative to either matter, inertia, or mass; but now the conception of mass or matter as distinct from energy has disappeared. Science admits the existence of vast stores of latent energy in the atoms; and considering everything as a question of physical dynamics, it infers that an equivalent quantity of physical energy must have been expended in creating the atom. Energy or life is a fundamental attribute and function of the universe, which has its manifestations on all seven or ten planes of prakriti, appearing as centers of energy which radiate outwards from within. Also used to denote the female potency or sakti (SD 1:l36); aether too is mentioned as the quintessence of energy. Energy expended on the astral plane is far more productive of results than the same amount expended on the physical plane, according to occult dynamics. Theosophy makes a distinction between force (or forces) and energy. The former is the name of active monadic essences, each one of which may be considered to be a living, intelligent, self-conscious force; and when this force is actively used, its power to do work or to produce effects is energy. (See also: Energy, Mysticism, Mysticism Dictionary, Occultism, Occultism Dictionary)
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New Age
Spiritual Dictionary on Energy energy 1. Life force, cosmic ether, healing medium, vitalizing force, primal juice, cosmic electricity. 2. mc2: mass times the square of the speed of light. 3. Electromagnetic fields consisting of positive, negative, and neutral charges which build and sustain the human body and all other matter. 4. Forces of nature harnessed for human use including: coal, petroleum, natural gas, nuclear fission, nuclear fusion, hydroelectric, geothermal, organic waste and refuse, wind, tides, ocean waves, ocean currents, temperature differential, solar terrestrial and extraterrestrial, gravity, electrostatic, hydrogen (See also: Energy, Body Mind and Soul)
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|  |  |  | energies: Encyclopedia II - Energy - HistoryIn the past, energy was discussed in terms of easily observable effects it has on the properties of objects or changes in state of various systems. Basically, if something changed, some sort of energy was involved in that change. As it was realized that energy could be stored in objects, the concept of energy came to embrace the idea of the potential for change as well as change itself. Such effects (both potential and realized) come in many different forms; examples are the electrical energy stored in a battery, the chemical energy stored i ...
See also:Energy, Energy - Types of energy, Energy - Conservation of energy, Energy - Alternative uses of the term, Energy - Forms of Energy, Energy - Units, Energy - SI, Energy - Other units of energy, Energy - Transfer of energy, Energy - Work, Energy - Heat, Energy - Conservation of energy, Energy - Types of energy, Energy - Kinetic energy, Energy - Potential energy, Energy - Internal energy, Energy - History, Energy - Energy and Economy, Energy - Energy in natural sciences, Energy - Energy resources, Energy - Notes Read more here: » Energy: Encyclopedia II - Energy - History |
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|  |  |  | energies: Encyclopedia II - Energy - HistoryIn the past, energy was discussed in terms of easily observable effects it has on the properties of objects or changes in state of various systems. Basically, if something changed, some sort of energy was involved in that change. As it was realized that energy could be stored in objects, the concept of energy came to embrace the idea of the potential for change as well as change itself. Such effects (both potential and realized) come in many different forms; examples are the electrical energy stored in a battery, the chemical energy stored i ...
See also:Energy, Energy - Forms of Energy, Energy - Units, Energy - SI, Energy - Other units of energy, Energy - Transfer of energy, Energy - Work, Energy - Heat, Energy - Conservation of energy, Energy - Types of energy, Energy - Kinetic energy, Energy - Potential energy, Energy - Internal energy, Energy - History, Energy - Energy and Economy, Energy - Energy in natural sciences, Energy - Energy resources, Energy - Other energy Topics, Energy - Notes Read more here: » Energy: Encyclopedia II - Energy - History |
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Energy - SI.
The SI unit for both energy and work is the joule (J), named in honour of James Prescott Joule and his experiments on the mechanical equivalent of heat. In slightly more fundamental terms, 1 joule is equal to 1 newton-metre and, in terms of SI base units:
An energy unit that is used in particle physics is the electronvolt (eV). One eV is equivalent to 1.60217653×10 ...
See also:Energy, Energy - Types of energy, Energy - Conservation of energy, Energy - Alternative uses of the term, Energy - Forms of Energy, Energy - Units, Energy - SI, Energy - Other units of energy, Energy - Transfer of energy, Energy - Work, Energy - Heat, Energy - Conservation of energy, Energy - Types of energy, Energy - Kinetic energy, Energy - Potential energy, Energy - Internal energy, Energy - History, Energy - Energy and Economy, Energy - Energy in natural sciences, Energy - Energy resources, Energy - Notes Read more here: » Energy: Encyclopedia II - Energy - Units |
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Energy - SI.
The SI unit for both energy and work is the joule (J), named in honour of James Prescott Joule and his experiments on the mechanical equivalent of heat. In slightly more fundamental terms, 1 joule is equal to 1 newton-metre and, in terms of SI base units:
An energy unit that is used in particle physics is the electronvolt (eV). One eV is equivalent to 1.60217653×10 ...
See also:Energy, Energy - Forms of Energy, Energy - Units, Energy - SI, Energy - Other units of energy, Energy - Transfer of energy, Energy - Work, Energy - Heat, Energy - Conservation of energy, Energy - Types of energy, Energy - Kinetic energy, Energy - Potential energy, Energy - Internal energy, Energy - History, Energy - Energy and Economy, Energy - Energy in natural sciences, Energy - Energy resources, Energy - Other energy Topics, Energy - Notes Read more here: » Energy: Encyclopedia II - Energy - Units |
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|  |  |  | energies: Encyclopedia II - Energy development - Energy sourcesEnergy sources are substances or processes with concentrations of energy at a high enough potential to be feasibly encouraged to convert to lower energy forms under human control for human benefit. Except for nuclear fuels, tidal energy and geothermal energy, all terrestrial energy sources are solar. And ultimately, solar energy itself is nuclear.
Energy development - Fossil Fuels. See also: Energy development, Energy development - Dependence on external energy sources, Energy development - Limitations to energy development, Energy development - Energy sources, Energy development - Fossil Fuels, Energy development - Wind Power, Energy development - Biomass, Energy development - Hydrogen Fuel, Energy development - Tidal power, Energy development - Solar power, Energy development - Geothermal Energy, Energy development - Hydroelectric energy, Energy development - Nuclear Energy, Energy development - Energy transportation, Energy development - Energy storage, Energy development - Historic energy development schemes, Energy development - Future energy development Read more here: » Energy development: Encyclopedia II - Energy development - Energy sources |
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|  |  |  | energies: Encyclopedia II - Energy density - Energy density in energy storage and in fuel
In energy storage, given a certain amount of energy, the energy density tells us how large the energy store will be. In fuel, the energy density of a particular fuel in a particular engine is also called the specific fuel consumption.
(Given a certain amount of energy, the energies per unit mass tells us how much the energy store will weigh.)
Volumetric energy density of some fuels and storage technologies:
(modified from the Gasoline article)
Unfortunately, the energy one can extract ...
See also:Energy density, Energy density - Energy density in energy storage and in fuel, Energy density - Energy Density Of Empty Space With Magnetic/Electric Field Present, Energy density - Energy density of empty space, Energy density - Energy density in Nutrition Sciences, Energy density - External references, Energy density - Books Read more here: » Energy density: Encyclopedia II - Energy density - Energy density in energy storage and in fuel |
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|  |  |  | energies: Encyclopedia II - Energy economics - Energy efficiencyAccording to Brian Czech, "Most modern economics has defined 'efficiency' in terms of output per personhour instead of output per unit of energy input. Using the former calculation, the American farmer is the most productive in the world. Using the latter, he is the least. (Not only is he subsidized through the use of non-renewable fossil fuels, but he also receives financial subsidies from the government, which are paid for by economic activ ...
See also:Energy economics, Energy economics - Energy efficiency, Energy economics - Industrial ecology, Energy economics - Environment vs. Economy, Energy economics - Energy collapse, Energy economics - Energy costs of problem solving, Energy economics - Issues, Energy economics - Peak Load Pricing Read more here: » Energy economics: Encyclopedia II - Energy economics - Energy efficiency |
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|  |  |  | energies: Encyclopedia II - Energy development - Future energy developmentExtrapolations from current knowledge to future energy development offer a choice of energy futures. Some predictions parallel the Malthusian catastrophe hypothesis. Numerous are complex models based scenarios as pioneered by Limits to Growth. Modelling approaches offer ways to analyse diverse strategies, and hopefully find a road to rapid and sustainable development of humanity. Short term energy crises are also a concern of energy development.
Existing technologies for new energy sources, such as new renewable energy technolo ...
See also:Energy development, Energy development - Dependence on external energy sources, Energy development - Limitations to energy development, Energy development - Energy sources, Energy development - Fossil Fuels, Energy development - Wind Power, Energy development - Biomass, Energy development - Hydrogen Fuel, Energy development - Tidal power, Energy development - Solar power, Energy development - Geothermal Energy, Energy development - Hydroelectric energy, Energy development - Nuclear Energy, Energy development - Energy transportation, Energy development - Energy storage, Energy development - Historic energy development schemes, Energy development - Future energy development Read more here: » Energy development: Encyclopedia II - Energy development - Future energy development |
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| | | | |  |  |  | energies: Encyclopedia II - Energy quality - Ranking energy quality
Ohta sought to order energy form conversions according to their quality and introduced a hierarchical scale for ranking energy quality based on the relative ease of energy conversion (see table to right after Ohta, p. 90). It is evident that Ohta did not analyse all forms of energy, for example, water is left out of his evaluation. It is important to note that the ranking of energy quality is not determined solely with reference to the efficiency of the energy conversion. This is to say that the evaluation of "relative ease" of an en ...
See also:Energy quality, Energy quality - Origins, Energy quality - Scientific development, Energy quality - Energy quality in physical-chemical science direct energy transformations, Energy quality - Energy quality in ecological physical chemistry direct and indirect energy transformations, Energy quality - Energy quality in biophysical economics indirect energy transformations, Energy quality - Ranking energy quality, Energy quality - Refrences Read more here: » Energy quality: Encyclopedia II - Energy quality - Ranking energy quality |
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|  |  |  | energies: Encyclopedia II - Potential energy - Types
Potential energy - Gravitational potential energy.
The gravitational potential energy Ug of an object is equal to the work that would have to be done by a constant gravitational force F = mg on the object to move it against the force by a distance h, and is equal to
where m is the mass of the object, and g ...
See also:Potential energy, Potential energy - Examples, Potential energy - Simple calculation, Potential energy - Types, Potential energy - Gravitational potential energy, Potential energy - Elastic potential energy, Potential energy - Chemical energy, Potential energy - Rest mass energy, Potential energy - Electrical potential energy, Potential energy - Relation between potential energy and force, Potential energy - Graphical representation Read more here: » Potential energy: Encyclopedia II - Potential energy - Types |
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