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Topic: Total energy

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	1 E39 J - Wikipedia, the free encyclopedia
		J – Theoretical total mass-energy of the mass of the Earth
		J – gravitational binding energy of the sun
		J – energy output of the Sun in a million years
	www.wikipedia.org /wiki/1_E39_J (77 words)

	potential energy in electrostatics
		The loss of energy over the whole of the outside is greater than the gain on the inside, so the net effect is a drop in the total energy over all space as the particles approach.
		Then by the conservation of energy the closed system of two particles in free fall from infinity must have the same energy as it started with, so for particle each the total energy of the kinetic particle is...
		You are probably familiar with the concept that electric fields contain energy and it is the interaction between the fields of the two charges that leads to changes in their energy and hence to the forces between them, energy being simply the integral of force over distance.
	www.mariner.connectfree.co.uk /html/e_m_potential_energy.htm (1672 words)

	A Little More on Mass and Energy
		In the special theory of relativity Einstein demonstrated that neither mass nor energy were conserved seperately, but that they could be traded one for the other and only the total "mass-energy" was conserved.
		Thus, the conversion of mass to energy could account for the enormous energy output of the stars, but it is necessary to find a physical mechanism by which that can take place.
		Both play important roles in producing energy over the lifetime of a star, but the primary reason for the long stable period of a star's life is thermonuclear fusion.
	www.pas.rochester.edu /~blackman/ast104/mass-energy.html (418 words)

	Pre-Quarks, Zero Mass Black Holes, Vector Energy and Rings
		This induced mass is a measure of the ratio of the total mass of the rings with mass to the number of neutrinos across the universe.
		The spin energy of a meon is S and is equal in size to the charge generated by that spin, which is +q or -q depending on the screw orientation of the spin and direction of motion of the meon.
		Their masses sum to twice the mass of each (hw in total), but with no spin to use to manipulate the zerons, their frequencies cannot be measured and so appear to be zero (except when viewed in bulk as a source of dark matter).
	www.mlawrence.co.uk (19582 words)

	Theoretical Development for a Photon Mass
		From this relation of the gravitational potential energy of the mass of the Universe acting on one object we see immediately that the rest mass cancels from both sides and the speed of light is in fact dependent upon the gravitational constant, the mass of the Universe and the radius of the Universe.
		Or that the potential energy of the mass of the Universe on any object is a function of Planck’s constant and the mass of the photon.
		This suggests that the mass of the photon is based on a factor involved in the expansion of the Universe.
	www.signaldisplay.com /relativity.html (4599 words)

	1 E39 J -- Facts, Info, and Encyclopedia article
		J – (Click link for more info and facts about Theoretical total mass-energy) Theoretical total mass-energy of the mass of the (The 3rd planet from the sun; the planet on which we live) Earth
		J – gravitational (The energy required to separate particles from a molecule or atom or nucleus; equals the mass defect) binding energy of the (A typical star that is the source of light and heat for the planets in the solar system) sun
		J – energy output of the (A typical star that is the source of light and heat for the planets in the solar system) Sun in (Click link for more info and facts about a million years) a million years
	www.absoluteastronomy.com /encyclopedia/1/1/1_E39_J.htm (222 words)

	Physics and Astronomy Glossary
		The kinetic energy is the work done by an external force to bring the body from rest to a particular state of motion.
		Example: In the MKSA (meter-kilogram-second-ampere) system of units, length, mass, time and current are the fundamental measurables, symbolically represented by L, M, T, and I. Therefore we say that velocity has the dimensions LT Energy has the dimensions ML Discrepancy.
		The molecular mass is not the mass of one molecule.
	www.physlink.com /Reference/Glossary.cfm (8054 words)

	Total Energy Expenditure and Physical Activity Level of Lactating Mesoamerindians -- Butte et al. 127 (2): 299 -- Journal of Nutrition
		Total energy requirements (TEE plus milk energy output) were similar between the two BMI groups.
		Total energy expenditure was estimated using the multipoint slope-intercept
		Ferro-Luzzi A. Seasonal energy stress in marginally nourished rural women: interpretation and integrated conclusions of a multicentre study in three developing countries.
	www.nutrition.org /cgi/content/full/127/2/299 (4767 words)

	Rest & Mass-energy in Pluralistic Parcellular Space
		The minima of potential and kinetic energy therefore are co-located in the case of (so-called) free gravitating systems, as with any simple pendulum; but neither curve is in fact interrupted at their mutual intersection, and the zero-point energy of true rest is where the phase of spacetime inverts through a rotation into anti-spacetime.
		In other words, rest mass (or rest momentum) is a complex function of positive and negative quantities, respectively like a kinetic energy and a vacuum energy, which latter is in quantum field theory held to reside in an unbounded flux of virtual particles.
		This is a generally well-behaved property of the Lagrangian function for Newtonian systems of gravitating mass-points where the kinetic energy and the potential energy are bounded, above and below respectively, at infinity.
	www.parcellular.fsnet.co.uk /parc.mech.10.htm.htm (5206 words)

	Zero Mass Energy NASA Biological and Chemical Experiments page
		The energy versus L dependence of the position of the trapping boundary is important for comparisons with models of the mechanisms to explain the loss of trapping at the outer edge of the radiation belt.
		It is proposed that a part of the energy emitted by the sun and other stars is due to a gravitational energy release (L/GN/), induced by nuclear energy generation processes.
		By using a 2-D model of the effect of internal gravity waves on the general circulation pattern the eddy diffusion coefficient K is calculated as a function of altitude in solstitial conditions for various latitudes covering polar, mid-latitude and equatorial regions.
	www.geocities.com /Area51/9357/nasaexp.html (12125 words)

	M Physics 21: What is the Mass of 'The biggest Bubble' in Theoretical Physics? * Total Mass of 'Dark' Energy & 'Dark' Matter... *
		* Total Mass of 'Dark' Energy** and 'Dark' Matter...
		M Physics 21: What is the Mass of 'The biggest Bubble' in Theoretical Physics?
		What is the Mass of 'The biggest Bubble' in Theoretical Physics?
	www.superstringtheory.com /forum/dualboard/messages13/383.html (151 words)

	Two-Month Treatment of Obese Subjects with the Oral Growth Hormone (GH) Secretagogue MK-677 Increases GH Secretion, Fat-Free Mass, and Energy Expenditure -- Svensson et al. 83 (2): 362 -- Journal of Clinical Endocrinology & Metabolism
		Total body fat and fat-free mass (FFM) were assessed with DEXA measurements,
		1984 Conformational energy studies and in vitro activity data on active GH releasing peptides.
		1997 Energy expenditure in abdominally obese male subjects, effects of treatment with growth hormone [Abstract P-017].
	jcem.endojournals.org /cgi/content/full/83/2/362 (5326 words)

	Rational Holistic Quantum Mechanics
		We see that the total energy of the Universe is equal to the product of its total mass and the velocity of light squared, thus an expression corresponding to what Einstein found in his special theory of relativity from 1905.
		I shall show that the energy of a particle or a given system can either be given as a rational fraction of the total energy of the Universe, or as a whole multiple of the kinetic energy of a uniton.
		The total energy in a given amount of matter is a measure of the total kinetic energy of the unitons, of which the matter consists!!
	louis.rostra.dk /quant_14.html (5326 words)

	Metabolism and Thermoregulation
		From caged mockingbird studies we know that the total energy used per day is 30.3 Kcal/day in a cage.
		In birds and mammals the metabolic cost of maintaining endothermy is expensive, requiring at least 90% of total metabolism to be devoted to the regulation of body temperature.
		Most can't crawl into holes and sleep like mammals; their metabolic rate is almost always at a peak.The smaller the bird, the more the energy used per gram of body weight because the increase in energy need doesn't increase quite as fast as weight.
	www.ornithology.com /lectures/Metabolism.html (1345 words)

	What Does Negative Temperature Mean?
		Otherwise, energy will tend to flow from one subsystem to another as S3 bounces randomly from one microstate to another, the total energy E3 being constant, as the combined system moves towards a state of maximal total entropy.
		The total energy of the system, in a magnetic field of strength B, pointing down, is (N+ - N-)*uB, where u is the magnetic moment of each atom and N+ and N- are the number of atoms with spin up and down respectively.
		The atoms of S3 can share the total energy in many ways.
	math.ucr.edu /home/baez/physics/ParticleAndNuclear/neg_temperature.html (1345 words)

	Schrodinger's Equation
		This very important equation is a result of conservation of energy and the relations between total energy and w and between the momentum and the wave number, k.
		where E is the total energy, U is the potential energy due to the force, and K is the kinetic energy of the electron.
		The last equation reduces to two equations: one for the real part and one for the imaginary part.
	www.missioncollege.org /depts/physics/P4poe/P4D/Schrodinger.htm (1345 words)

	conservation of energy & angular momentum in a comet orbit
		The total energy will be negative if the comet is bound to the sun, i.e., if it has an elliptical orbit and not a hyperbolic one; the total energy will be positive if the comet is unbound and has a hyperbolic orbit about the sun.
		The goal of this page is to guide the reader through a spreadsheet exercise that shows that the total energy (kinetic and gravitational) and the orbital angular momentum of a comet orbiting the sun are the same at each position in the comet's orbit.
		c) the total energy (TE) is therefore = 1/2 mv
	www.phy.duke.edu /~kolena/comet.html (1345 words)

	Prediction Models for Evaluation of Total-Body Bone Mass With Dual-Energy X-Ray Absorptiometry Among Children and Adolescents -- Horlick et al. 114 (3): e337 -- Pediatrics
		Prediction Models for Evaluation of Total-Body Bone Mass With Dual-Energy X-Ray Absorptiometry Among Children and Adolescents -- Horlick et al.
		Prediction Models for Evaluation of Total-Body Bone Mass With Dual-Energy X-Ray Absorptiometry Among Children and Adolescents
		Abbreviations: DXA, dual-energy x-ray absorptiometry • TBBMC, total-body bone mineral content • TBBMD, total-body bone mineral density • TBBA, total-body bone area
	pediatrics.aappublications.org /cgi/content/abstract/114/3/e337 (488 words)

	Solving the Equations
		After the calculations are performed for one total energy, another total energy is chosen, the calculations are repeated and the new current per unit total energy is added to the running total.
		Self consistent calculations are indicated by boxes drawn with heavier linestyles.
		Figure 5: Flow chart illustrating the algorithm for self-consistent Born elastic scattering and single sequential inelastic scattering.
	www.cfdrc.com /nemo/pubs/big_jap_html/node27.html (296 words)

	energy - Hutchinson encyclopedia article about energy
		Energy can be converted from one form to another, but the total quantity in a system stays the same (in accordance with the conservation of energy principle).
		Energy is transferred from one form to another, but the sum total of the energy after the conversion is always the same as the initial energy.
		The total energy input equals the total energy output, but a lot of energy is wasted as heat so that the engine is only about 25% efficient.
	encyclopedia.farlex.com /energy (1205 words)

	Chemical Energy
		The total energy of all the bonds in the products is subtracted from the total energy of the bonds in reactants.
		The total amount of energy released in a known reaction can be calculated very accurately from tables of molecular bonding energy found in many chemistry texts.
		In any exothermic reaction, the total bonding energy of the products of the reaction is less than that of the original reactants.
	www.uvi.edu /Physics/SCI3xxWeb/Energy/ChemicalEnergy.html (1205 words)

	LAW OF CONSERVATION OF ENERGY
		Above analysis indicates that the total energy during the motion does not change.
		Energy total = K.E. Energy total = 0 + mgh
		This shows that at point A total energy is potential energy.
	www.citycollegiate.com /workpowerenergy_XId.htm (340 words)

	Notes
		Seasonal Energy Efficiency Ratio is the total cooling of a central air-conditioner in Btu's during it's normal usage period for cooling (not to exceed 12 months) divided by the total electric energy input in watt-hours during the same period as determined by appendices A (Section 4.1) and C of Standard 210/240.
		COP is a ratio calculated by dividing the total heat capacity provided by the refrigeration system including circulating fan heat, but excluding supplementary resistance heat, by the total electrical input in consistent units at any given set of rating conditions.
		The Cd is the measure of the efficiency loss due to the cycling of the units as determined in Appendices A and C Standard 210/240.
	home.twcny.rr.com /thomdr1/notes.htm (344 words)

	rfc1330.txt
		Network Working Group ESCC X.500/X.400 Task Force Request for Comments: 1330 ESnet Site Coordinating Committee (ESCC) Energy Sciences Network (ESnet) May 1992 Recommendations for the Phase I Deployment of OSI Directory Services (X.500) and OSI Message Handling Services (X.400) within the ESnet Community Status of this Memo This memo provides information for the Internet community.
		The combined totals for all of these countries (including the United States) as of December 1991 are: DSAs: 301 Organizations: 2,132 White Pages Entries: 581,104 Considering the large degree of national, and international, connectivity within the PSI White Pages Pilot Project, it is recommended that directly connected ESnet backbone sites join this pilot project.
		Overview The Energy Sciences Network (ESnet) is a nation-wide computer data communications network managed and funded by the United States Department of Energy, Office of Energy Research (U.S. DOE/OER), for the purpose of supporting multiple program, open scientific research.
	www.ietf.org /rfc/rfc1330.txt (17608 words)

	Strain Energy Project
		The total strain energy in a bar composed of several sections is equal to the sum of strain energies in each section; however, it is important to realize that the total strain energy for a bar with several loads is not equal to the sum of strain energies for each load.
		The total strain energy determined from a load-deformation curve is not really indicative of material since the results will depend on the size of the test specimen.
		This strain energy is the energy absorbed by the bar as a result of its deformation under load.
	em-ntserver.unl.edu /Mechanics-Pages/Marina-Gandelsman/strain.html (17608 words)

	The Physics Classroom
		Thus, energy is transformed from KE to PE (or vice versa); however, the total mechanical energy is conserved.
		The significance of categorizing a force as internal or external is related to the ability of that type of force to change an object's total mechanical energy when it does work upon an object.
		When work is done by external forces, the total mechanical energy of the object is altered.
	www.physicsclassroom.com /Class/energy/U5L2a.html (1074 words)

	Heat - Succeed in Physical Science
		The heat of an object is the total kinetic energy of its molecules, while the temperature of the object is the measurement of the average energy of its molecules.
		Also, since the amount of heat an object has depends on the total energy of its molecules, that energy is proportional to the mass of the object.
		Heat of an object is the total kinetic energy of its molecules.
	www.school-for-champions.com /science/heat.htm (981 words)

	Nuclear Binding Energy
		Since energy is equal to force times distance, and we know the strong nuclear force and the measured binding energy of the isotopes, we can calculate the total distance the forces are moving within the atom.
		The Standard Model of physics refers to the "binding energy" of the atomic nucleus as though energy were the actual cause of the nuclear binding.
		In the atom, the total binding force should be calculated from the sum of all electromagnetic attraction force in the electrons, protons, and neutrons minus the total electrostatic repulsion force.
	www.16pi2.com /binding_energy.htm (981 words)

	Specific Internal Energy - Thermodynamic Properties - Engineers Edge
		None of these forms of energy can be measured or evaluated directly, but techniques have been developed to evaluate the change in the total sum of all these microscopic forms of energy.
		It equals the total internal energy (U) divided by the total mass (m).
		These microscopic forms of energy are collectively called internal energy, customarily represented by the symbol U. In engineering applications, the unit of internal energy is the British thermal unit (Btu), which is also the unit of heat.
	www.engineersedge.com /thermodynamics/specific_internal_energy.htm (981 words)

	Rotational kinetic energy
		In addition, the change in gravitational potential energy is the same for both cylinders (the weight of the cylinder times the height of the ramp), so both cylinders must have the same total kinetic energy at the bottom of the ramp.
		The rotational kinetic energy is treated like any other form of energy, in that it can be transformed into other forms (eg, potential), and also it is a component of the (conserved) total energy of a system.
		In this case the total kinetic energy of the cylinder is the sum of its rotational kinetic energy plus its translational kinetic energy.
	theory.uwinnipeg.ca /mod_tech/node50.html (416 words)

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In the News (Sun 5 Jul 09)