Along with the eclipses, this will be one of the most energetically potent days of the month.
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"That's what we mean by saying that resonance is the most energetically efficient way to make something vibrate," Kane told Gizmodo.
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Well, Joe Biden, the most centrist candidate in the Democratic field, has sketched what would be the most energetically liberal presidential agenda in American history.
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It's like "throwing asphalt on top of a hole," Locksley said, positing that it's the most energetically efficient way to repair damage, whether in the myocardium after a heart attack or in the skin after a major burn.
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A male bufflehead runs atop the water while taking off. A magpie-goose taking off. Take-off is one of the most energetically demanding aspects of flight, as the bird must generate enough airflow across the wing to create lift. Small birds do this with a simple upward jump.
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AllMovie gave the film a positive review, describing the film as an "engaging, exciting sci-fi/horror adventure with realistic characters, effective acting and a willingness to betray expectations." The website Cool Ass Cinema wrote that the film is "not out to win any awards, it's simply there to entertain and in the most energetically gruesome fashion possible".
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The weak force, like the strong force, has a short range, but is much weaker than the strong force. The weak force tries to make the number of neutrons and protons into the most energetically stable configuration. For nuclei containing less than 40 particles, these numbers are usually about equal. Protons and neutrons are closely related and are collectively known as nucleons.
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To avoid duplicate structure predictions on a given protein, each workunit is initialized with a random seed number. This gives each prediction a unique trajectory of descent along the protein's energy landscape. Protein structure predictions from Rosetta@home are approximations of a global minimum in a given protein's energy landscape. That global minimum represents the most energetically favorable conformation of the protein, i.e.
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In May 2010, Gigz released his first major mixtape entitled Roachy Balboa, which received much airplay on Bay Area radio station 106.1 KMEL. Pitchfork music critic David Drake described the mixtape as "one of the most energetically fun rap records released this year." Gigz was selected to be KMEL's Top 10 Freshman Rappers of the Bay Area. In November 2010, he released his single "Can I Rap".
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The meson has several possible decay modes. The most energetically favored mode involves the meson decaying into 3 pions, which is what would naïvely be expected. However, we instead observe that it decays most frequently into 2 kaons. Between 1963 and 1966, 3 people, Susumu Okubo, George Zweig and Jugoro Iizuka, each independently proposed a rule to account for the observed suppression of the 3 pion decay.
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During daily roosting, it can cope with high levels of water loss of up to 25%. In the winter time, it enters a prolonged state of torpor known as hibernation. To conserve energy, it limits how frequently it arouses from torpor, with individuals existing in uninterrupted torpor for up to 90 days. Arousal is the most energetically costly phase of torpor, which is why individuals do so infrequently.
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Since that absorption band would be expected in the C-symmetric protonated nortricyclene, some scientists claimed this as convincing evidence for this interpretation. Other chemists have postulated that the properties of the 2-norbornyl cation are very dependent on the solvent environment. Though the high acidity and low nucleophilicity of the solvents used in aforementioned experiments may cause the protonated nortricylconium geometry to be the most stable, this geometry need not be the most energetically favorable in other solvents.
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Because of this movement, quadrupeds are restricted to one breath per locomotor cycle, and thus must coordinate their running gait and respiration rate. This tight coordination then translates into another restriction: a specific running speed that is most energetically favorable. The upright orientation of bipedal hominins, however, frees them from this respiration- gait restriction. Because their chest cavities are not directly compressed or involved in the motion of running, hominins are able to vary their breathing patterns with gait.
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Through a series of small conformational changes, spatial orientations are modified so as to arrive at the most energetically minimized orientation achievable. The folding of proteins is often facilitated by enzymes known as molecular chaperones. Sterics, bond strain, and angle strain also play major roles in the folding of a protein from its primary sequence to its tertiary structure. Single tertiary protein structures can also assemble to form protein complexes composed of multiple independently folded subunits.
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The most energetically unfavorable interaction involves axial substitution at the vertex of the boat portion of the ring (6.1 kcal/mol). 600px These energetic differences can help rationalize the lowest energy conformations of 8 atom ring structures containing an sp2 center. In these structures, the chair-boat is the ground state model, with substitution forcing the structure to adopt a conformation such that non-bonded interactions are minimized from the parent structure.Pawar, D.M.; Moody, E.M.; Noe, E.A. J. Org. Chem.
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Of the various ingredients used to produce a given quantity of concrete, the cement is the most energetically expensive. Even complex and efficient kilns require 3.3 to 3.6 gigajoules of energy to produce a ton of clinker and then grind it into cement. Many kilns can be fueled with difficult-to-dispose-of wastes, the most common being used tires. The extremely high temperatures and long periods of time at those temperatures allows cement kilns to efficiently and completely burn even difficult-to-use fuels.
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Many calculational studies have been used to compare the feasibility of different proposed geometries. Using the quantum semi-empirical method of MINDO/3, researchers were not able to conclude which geometry of the 2-norbornyl cation was most energetically favorable. However, the classical structure was found to be the only potential minimum for the alkyl-substituted 2-methyl-2-norbornyl cation. Additional calculations using Extended Hückel Theory for Molecular Orbitals were found to favor the non-classical geometry of the cation with reflectional symmetry.
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As structural elements, some proteins act as a type of skeleton for cells, and as antibodies, while other proteins participate in the immune system. Before a protein can take on these roles, it must fold into a functional three-dimensional structure, a process that often occurs spontaneously and is dependent on interactions within its amino acid sequence and interactions of the amino acids with their surroundings. Protein folding is driven by the search to find the most energetically favorable conformation of the protein, i.e., its native state.
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Front can be static or mobile depending on the conditions of the system, and the causes of the motion can be the variation of a free energy, where the most energetically favorable state invades the less favorable one. The consequence is that this transition belongs to the class of directed percolation phenomena in statistical physics, which has also been amply confirmed by experimental and numerical studies. In dynamical systems theory, the structure and length of the attractors of a network corresponds to the dynamic phase of the network.
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The study also found out that gut size has also seen coevolution in brain size, partly because both the brain size and gut are one of the most energetically costly organs in vertebrates body. Based on the expensive tissue hypothesis, higher energy expenditure of vertebrates with larger brains has to balance out by following a similar decrease in other energetically consuming organs; in this case, it's gut size. There has also been evidence that shows that vertebrates with larger brains have evolved to balance out the energetic expenditure required by trading off with the gut size.
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On December 6, the Council of People's Commissars (Sovnarkom) strategized how to persuade government workers to strike across Russia. They decided that a special commission was needed to implement the "most energetically revolutionary" measures. Felix Dzerzhinsky (the Iron Felix) was appointed as Director and invited the participation of the following individuals: V. K. Averin, Vasili Vasilyevich Yakovlev, D. G. Yevseyev, N. A. Zhydelev, I. K. Ksenofontov, G. K. Ordjonikidze, Ya. Kh. Peters, K. A. Peterson, V. A. Trifonov. On December 7, 1917, all invited except Zhydelev and Vasilevsky gathered in the Smolny Institute to discuss the competence and structure of the commission to combat counterrevolution and sabotage.
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Caloric concentration in fat tissues are higher than in plant tissues, causing high-fat organisms to be most energetically-concentrated; however, the energy required to cultivate feed for livestock is only partially converted into fat cells. The rest of the energy input into cultivating feed is respired or egested by the livestock and unable to be used by humans. Out of a total of of energy used in the US in 1999, 10.5% was used in food production,U.S. Department of Energy, 2004: Annual energy review 2003. Rep. DOE/EIA-0384(2003), Energy Information Administration, 390 pp with the percentage accounting for food from both producer and primary consumer trophic levels.
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His music has been most energetically promoted by Roswell Rudd, who worked with Nichols in the early 1960s. Rudd recorded or programmed at least three albums featuring Nichols' compositions, including The Unheard Herbie Nichols (1996) and a book The Unpublished Works (2000). In 1984, the Steve Lacy quintet with George Lewis, Misha Mengelberg, Han Bennink and Arjen Gorter performed the music of Nichols at the Ravenna Jazz Festival in Italy. A New York group, the Herbie Nichols Project (part of the Jazz Composers Collective) has recorded three albums largely dedicated to unrecorded Nichols' compositions, many of which Nichols had deposited in the Library of Congress.
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Animals could reduce the size of other expensive tissues in the body or reduce energy allocation to locomotion or reproduction. The study also found out that gut size has also seen coevolution in brain size, partly because both the brain size and gut are one of the most energetically costly organs in vertebrates body. Based on the expensive tissue hypothesis, higher energy expenditure of vertebrates with larger brains has to balance out by following a similar decrease in other energetically consuming organs; in this case, it's gut size. There has also been evidence that shows that vertebrates with larger brains have evolved to balance out the energetic expenditure required by trading off with the gut size.
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Italian flag over the Rab concentration camp. Under the Italian army commander Mario Roatta's watch the ethnic cleansing and the violence committed against the Slovene civilian population easily matched that of the GermansBallinger, P. (2002). History in exile: memory and identity at the borders of the Balkans. Princeton University Press; with the summary executions, hostage-taking and hostage killing, reprisals, internments (both in Rab and at the Gonars concentration camp), and burning houses and villages. Additional special instructions which included the instruction that the orders must be "carried out most energetically and without any false compassion" were issued by Roatta:Giuseppe Piemontese (1946): Twenty-nine months of Italian occupation of the Province of Ljubljana. On page 10.
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Glover (2009) used a CPF model to determine if late nineteenth century silver miners near Gothic, Colorado were choosing mine locations efficiently given the costs of transporting silver ore to the mill, the value of silver, and the amount of silver per kilogram of ore. Estimates of the costs associated with transport were obtained using research from physiology to determine the most energetically efficient load size. Newspaper articles were used to determine the hourly wage that a miner could be making if they worked in town instead. Newspapers were also used to estimate the value of silver at that time, and estimates of the amount of silver per kilogram of ore were obtained through records from area silver mills, as well as through newspapers.
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A matter of little controversy was the International Socialist Congress's endorsement of woman suffrage, an idea advanced simultaneously in Stuttgart by a parallel First International Conference of Socialist Women — a gathering held simultaneously in the same building. The Socialist Congress seconded the suffrage demands of the Socialist Women's Conference, with its resolution declaring it "the duty of Socialist Parties of all countries to agitate most energetically for the introduction of universal women's suffrage". While the resolution acknowledged that the International had no authority to dictate the launch of a suffrage campaign in any country, it nevertheless emphatically emphasized that whenever such a campaign was launched, socialists should proceed on the "general Social Democratic lines of universal adult suffrage without distinction, and nothing else".
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When another subunit binds the hydrophobic cleft it binds in a P5-P2 anti-parallel fashion creating the most energetically favourable conformation of a true Ig-fold. When a chaperone/subunit complex is brought to the growing usher/pilus complex (note that a chaperone/subunit complex forms the base of this) the NTD and CTDs of the usher dimer bring and hold the chaperone/subunit complex to the pilus base. Here the N-terminal extension of the subunit interacts with the free P5 pocket of the pilus. This binding causes a residue by residue 'unzipping' of the chaperone's G1 strand with concurrent 'zipping' of the N-terminal extension of the chaperone/subunit complex, unknown as the zip in-zip out mechanism.
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The San Marco programme was approved by the Italian government in October 1961 with a formal Memorandum of Understanding between the CRS (represented by Broglio) and NASA (represented by Hugh Dryden) being signed on May 31, 1962. The plan was for the US to provide the Scout rockets and train the Italian ground crew while Italy would develop the satellites and provide the launch pad. The Italian oil company Eni provided the San Marco platform, a mobile Jackup barge that could be towed to an equatorial location, which when combined with an easterly firing provides the most energetically favourable launch. Test flights using Shotput rockets as well as the first San Marco satellite would be launched from the America's Wallops Flight Facility as training for the Italian ground crew in preparation for future launches.
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The most energetically favourable prey are two-fifths the size of the hunting onychophoran. Ninety percent of the time involved in eating prey is spent ingesting it; re-ingestion of the slime used to trap the insect is performed while the onychophoran locates a suitable place to puncture the prey, and this phase accounts for around 8% of the feeding time, with the remaining time evenly split between examining, squirting, and injecting the prey. In some cases, chunks of the prey item are bitten off and swallowed; undigestable components take around 18 hours to pass through the digestive tract. Onychophora probably do not primarily use vision to detect their prey; although their tiny eyes do have a good image-forming capacity, their forward vision is obscured by their antennae; their nocturnal habit also limits the utility of eyesight.
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The second reason, and perhaps the more important one, was the rising influence of Christianity in the Roman society, including the Christian paradigm about sex serving solely for reproduction purposes. Colin Spencer, in his book Homosexuality: A History, suggests the possibility that a certain sense of self-preservation in the Roman society after suffering some epidemic such as the Black fever increased the reproductive pressure in individuals. This phenomenon would be combined with the rising influence of Stoicism in the Empire. Until the year 313, there was no common doctrine about homosexuality in Christianity, but it is the mistaken belief that Paul had already condemned it as contra natura, though he had no exegetical reason for doing so: Eventually, the Church Fathers created a literary corpus in which homosexuality and sex were condemned most energetically, fighting against a common practice in that epoch's society.
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In physics, a front can be understood as an interface between two different possible states (either stable or unstable) in a physical system. For example, a weather front is the interface between two different density masses of air, in combustion where the flame is the interface between burned and unburned material or in population dynamics where the front is the interface between populated and unpopulated places. Fronts can be static or mobile depending on the conditions of the system, and the causes of the motion can be the variation of a free energy, where the most energetically favorable state invades the less favorable one, according to Pomeau or shape induced motion due to non-variation dynamics in the system, according to Alvarez-Socorro, Clerc, González-Cortés and Wilson. From a mathematical point of view, fronts are solutions of spatially extended systems connecting two steady states, and from dynamical systems point of view, a front corresponds to a heteroclinic orbit of the system in the co-mobile frame (or proper frame).
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