The beauty of this painting is like that of a mathematical equation.
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As Vida says, "at its core, it's still composition—it's not a mathematical equation."
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That sets parameters like a mathematical equation and gets people to challenge themselves more.
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A faceless mathematical equation did the deed and a faceless PR rep offers the apology.
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She taught us about the "golden ratio," the mathematical equation that, in many ways, explained beauty.
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They were able to accurately predict people's happiness by making a mathematical equation that matched this expectation-reality exchange.
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This isn't physics—we can't solve a mathematical equation that will give us concrete answers about love or desire.
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The brilliance behind Feynman diagrams is that each line in the stick figure comes with an associated mathematical equation.
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It does this by incentivizing owners of computing power to "solve" a mathematical equation each time a bitcoin changes hands.
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"This is not about a simple mathematical equation," said Renato Sales, the national security commissioner who oversees the federal police.
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Let's start by saying that there is no mathematical equation to help in determining the balance between salary and stock options.
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Among his work is a short paper deriving a mathematical equation — beautiful in his eyes — describing the seam of a baseball.
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There's something called the Golden Ratio, and that is the mathematical equation of beauty—how things considered beautiful fit into certain patterns.
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The digital currency is created through a "mining" process in which computers solve a complex mathematical equation and receive bitcoin in reward.
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"If Mexico is a mathematical equation, no one knows the true value of the x of Salinas," Luis Miguel González told me.
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His idea, which took the form of a mathematical equation, would become (and remains today) an important tool for engineers and physicists.
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But now that we've identified a rather precise mathematical equation that describes their evolution, we can start to think about how to intervene.
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Scientists use a mathematical equation called the stellar initial mass function to determine how different mass stars are distributed in a given starry place.
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One source familiar with the Russia investigation resorted to a mathematical equation to divulge -- sort of -- the number of agents assigned to the matter.
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This method stems from a mathematical equation known as Eulerian circuits, and it allows circular DNA molecules to remain flexible while easily being folded.
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The class taught a mathematical equation that purported to prove that the world was going to end in 10 to 15 years, she testified.
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Mining typically requires specialized hardware and uses high computing power to solve a complex mathematical equation in order to receive bitcoin as a reward.
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Building on Woody's earlier experience at normalizing variations in images, they used a mathematical equation to rotate each head into a forward-looking position.
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Once that mathematical equation is solved, a new set of code—which says who owns each bitcoin—is added to the previous set of code.
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The scientists used a mathematical equation to determine how the color in each pixel of each image was determined by algae, runoff, and other factors.
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A verifier application also runs a mathematical equation at the end — if no votes have been tampered with, that equation will produce an expected answer.
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Unfortunately, there is no way for investors to place pure bets on the VIX, since the index level is simply the output of a mathematical equation.
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Scientists also assess the so-called R naught of the disease, a mathematical equation that shows how many people will get sick from each infected person.
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When computers use photographs to chart these features and knit them together, they create the foundation for a mathematical equation that can be accessed by algorithms.
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It illustrates what may well be another quasi-mathematical equation when it comes to politics and human nature, which is the correlation between narcissism and chaos.
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On one of them, he's scribbled a mathematical equation that he's trying to solve in his spare time, something along the lines of 1+2+3+... = -1/12.
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That's because the level of the VIX itself is merely the output of a mathematical equation, rather than an index that tracks assets that are bought and sold.
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The truth could be found in the song itself— how it was impossible to tell where the wood ceased and the song began—notes pure as a mathematical equation.
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A program is a list of instructions in a programming language that tell the computer what tasks to do, and a line of code is like a mathematical equation.
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Using the bootstrap philosophy, the researchers derived and solved a concise mathematical equation that dictates the possible patterns of correlations in the sky that result from different primordial ingredients.
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If you haven't then here's a basic crash course: it's a mathematical equation (the Fibonacci sequence) turned into a symbol that is essentially at the root of all living things.
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Bitcoin "mining" uses high computing power to solve a complex mathematical equation, proving an anonymous miner used the process the network agreed upon to build the blockchain's record of transactions.
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It's a conversation that often takes place in the closing days of the Iowa caucuses, when a voter's second choice becomes a critical piece of the political -- and mathematical -- equation.
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Mining bitcoin requires high computing power to solve a complex mathematical equation, proving that an anonymous miner used the process the network agreed upon to build the blockchain record of transactions.
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Azar said the so-called R naught, a mathematical equation that shows how many people will get an illness from each infected person, appears to be somewhere around 1.5 to 3.
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"We've gotten into this habit of thinking about our bodies and the foods we take in and how much activity we do as this mathematical equation, and it's really not," she said.
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The Higgs was the last piece of a puzzle called the standard model, which is a theory that connects all the known components of nature (except gravity) together in a balanced, mathematical equation.
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In fact, beta is the output of a simple mathematical equation that takes the product of a given stock's standard deviation and its correlation with the overall market, and divides that by the market's standard deviation.
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Second, since the late 1930s, economists have known about a convenient way to avoid the trappings that accompany the search for a single mathematical equation that captures all of society's preferences — they can simply measure wealth.
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Victor Mair, a professor of Chinese language and literature at the University of Pennsylvania, said the government likely feared that "N" was referring to the number of terms of office, as in a mathematical equation n > 2.
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Victor Mair, a professor of Chinese Language and Literature at the University of Pennsylvania, said the government likely feared that "n" was referring to the number of terms of office, as in a mathematical equation n > 2.
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If you're using a mathematical equation derived from Newton's second law of motion for fluids to explain that just because you smelled it doesn't mean you necessarily expelled it, you've already entered into some really stupid intellectual territory.
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These are two completely different systems that follow the same mathematical equation: the behavior of electrical current through the circuit can be described similarly to the behavior of a weight attached to a spring moving back and forth.
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I left the finale viewing "party" (by the end of the night, the vibe more like a funeral) desperately trying to put everything together in my head, as though I was trying to tackle a complex mathematical equation.
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Bitcoin is created through an energy-intensive "mining" process that uses high computing power to solve a complex mathematical equation, proving an anonymous miner used the process the network agreed upon to build the blockchain record of transactions.
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In the problem's most basic form, we can imagine a mathematical equation composed of a bunch of variables on the left side of the equals sign and then a number on the right side that we're supposed to minimize.
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"The first thing I encourage everyone to do is measure the face, know the symmetry of a face, the mathematical equation of a face, before you're applying makeup," Achemyan said of the fundamental principle behind all of her looks.
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Utilizing the language of a flâneur photographer, she incorporates the centuries old "traveling salesman problem" (a mathematical equation used for projecting movement), in a set of 40 black and white photographs that depict how even a fixed route changes daily.
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Phrases like "Do not chase applause" or "Lose self to find self" resonate clearly enough with von Bolton's own story, though the book could easily have been generated by a computer algorithm—a belief system based on a mathematical equation.
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The Beaulieus use a proprietary mathematical equation called cycle theory, but a big part of their work focuses on the rate of change in leading indicators — or how fast indicators change from one month or one year to the next.
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While its formal definition appears as a rather intimidating mathematical equation, it essentially boils down to this: In other words, whenever we receive a new piece of evidence, how much should it affect what we currently believe to be true?
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Rather than just equaling one or zero, a single qubit could be a little bit of both during the calculation, as governed by a special mathematical equation that encodes the probability you'll get a zero or a one when you actually measure the qubit's value.
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Then if I put a supercomputer behind the camera, I can actually run a mathematical equation, and I can find the micro pulses of blood to your face that I as a human can't see but that the computer can see, so I can pick up your heart rate.
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Read: What you need to know about this term's most important Supreme Court case The voters challenging the map have suggested a new test the courts should use to identify unlawful political gerrymandering called the efficiency gap, a mathematical equation that measures the extent to which a person's vote matters if they vote for one party versus the other.
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Microprinting on the collar of Gibbs's portrait depicts his original mathematical equation for the change in the energy of a substance in terms of its entropy and the other state variables.
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The early stages of learning a complex skill that includes imitation and trial and error: Adequacy of performance is achieved by practicing. Examples: Performs a mathematical equation as demonstrated. Follows instructions to build a model. Responds to hand-signals of the instructor while learning to operate a forklift.
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Heim's analog of spaces has been subject to some criticism. He appeared to use a scientific concept to create a new natural-supernatural relationship using a fourth dimension, which, in modern physics, cannot be visualized, and relates to mathematical and physical measurements and is always expressed as a mathematical equation.
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The existence of periodic travelling waves usually depends on the parameter values in a mathematical equation. If there is a periodic travelling wave solution, then there is typically a family of such solutions, with different wave speeds. For partial differential equations, periodic travelling waves typically occur for a continuous range of wave speeds.
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As of 2016, apart from printed texts, it also recognizes handwriting and provides steps for the mathematical equation. Since 2017, Photomath has been operating as a separate company. It was included on the list of top 20 best teaching and learning apps placing third. It received both praise and criticism from teachers.
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An aconic reflector refers to a light energy reflector that is not defined by a mathematical equation. Most light energy reflectors are based on conic sections such as parabolas, ellipses and circles. Aconic reflector is a generic term used to explain a reflective curve outside these groups. It literally means not conic.
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Regression models are the mainstay of predictive analytics. The focus lies on establishing a mathematical equation as a model to represent the interactions between the different variables in consideration. Depending on the situation, there are a wide variety of models that can be applied while performing predictive analytics. Some of them are briefly discussed below.
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The Engel identity, named after Friedrich Engel, is a mathematical equation that is satisfied by all elements of a Lie ring, in the case of an Engel Lie ring, or by all the elements of a group, in the case of an Engel group. The Engel identity is the defining condition of an Engel group.
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Dkrtzy RRR of Sector 188 is a bio-sentient mathematical equation. He is first mentioned in Green Lantern vol. 2, #188 (May 1985) in the story "Mogo Doesn't Socialize", written by Alan Moore and drawn by Dave Gibbons. It was apparently discovered by a mathematician named Timph Rye in an attempt to prove that willpower could be derived formulaically.
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Dynamical systems theory presents itself as an alternative to computational explanations of cognition. These theories are staunchly anti-computational and anti- representational. Dynamical systems are defined as systems that change over time in accordance with a mathematical equation. Dynamical systems theory claims that human cognition is a dynamical model in the same sense computationalists claim that the human mind is a computer.
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The mudluff kills the serpent but Jay was already dying. Before he dies he gave Joey the direction to Base Town, where InterWorld HQ is. With his dying breath, he showed Joey a mathematical equation that would lead to Base Town: {IW}:=Ω/∞ (InterWorld is Omega over Infinity). The mudluff then becomes attached to Joey and he names it "Hue".
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The combined company was renamed the Federal-Mogul Corporation. In 1966, Federal-Mogul Corporation relocated its corporate headquarters from downtown Detroit to Southfield, Michigan. In 1981, Federal-Mogul Arrowhead parts were implemented in the NASA space shuttle launch. In 1981, the company attempted to patent a process for curing rubber based on the mathematical equation written by Swedish chemist Svante Arrhenius in 1889.
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During Simonson's series, Orion was able to obtain the Anti-Life Equation; a mathematical equation stating that "there is no free will, Only Darkseid". Darkseid has coveted the Anti-Life Equation for aeons to take complete control of the entire Multiverse. Orion's mother lied to him about Darkseid not being his father. He then went to Apokolips and confronted Darkseid about his parentage.
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The theory of constraints and throughput accounting explicitly avoid that trap. Throughput can be best described as the rate at which a system generates its products or services per unit of time. Businesses often measure their throughput using a mathematical equation known as Little's law, which is related to inventories and process time: time to fully process a single product.
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This first ultrasonic thickness gauge measured the velocity of the waves it emitted in particular test samples, it then calculated the thickness in micrometers from this speed measurement by an applied mathematical equation. There are two types of transducers that can be used as an ultrasonic thickness gauge. These sensors are piezoelectric and EMAT sensors. Both transducer types emit sound waves into the material when excited.
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The output of iBooks Author is a proprietary Apple file format similar to the EPUB standard, but with extensions that prevent it from being universally readable or editable as an EPUB document. The format uses undocumented, proprietary XML namespaces and undocumented extensions to CSS. A new version of iBooks Author was released on October 23, 2012. It includes embedded fonts, mathematical equation rendering, and more interactivity options.
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Verbal arithmetic, also known as alphametics, cryptarithmetic, cryptarithm or word addition, is a type of mathematical game consisting of a mathematical equation among unknown numbers, whose digits are represented by letters. The goal is to identify the value of each letter. The name can be extended to puzzles that use non-alphabetic symbols instead of letters. The equation is typically a basic operation of arithmetic, such as addition, multiplication, or division.
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When the crystals are small, typically less than a micron, the solubility of the solid in the solution phase is increased. Ostwald quantified this effect mathematically in a relationship that became known as the Ostwald-Freundlich equation. Ostwald first published his finding in 1900, and his mathematical equation was refined by German chemist Herbert Freundlich in 1909. This mathematical relationship also applies to the partial pressure of substance in the system.
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Important steps during the development of a new method are: # Evaluation of the quality of available experimental data, elimination of wrong data, finding of outliers. # Construction of groups. # Searching additional simple and easily accessible properties that can be used to correlate the sum of group contributions with the examined property. # Finding a good but simple mathematical equation for the relation of the group contribution sum with the wanted property.
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His teaching methods were all student-centred. Even when teachers from other institutions sat in his classes, they became his students. Deb adopted primarily a chalk-and-blackboard approach, with every mathematical equation written on the blackboard being physically interpreted. In case difficult/ complicated diagrams were to be shown, he used different methods of presentation in which 4 colours were invariably employed for visual appeal, inspired by the topological 4-colour map concept.
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Through this, she was able to conclude that cancer, itself, was a catabolic disease and tumor growth was a symptom. She had also discovered a mathematical equation that could be used to predict cancer cell growth. The head of the research program realized the significance of her findings and published them in a scientific paper. Her discoveries were also shared at the International Fifth Congress of Nutrition in the fall of 1960.
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McLuhan's critics state the medium is not the message. They believe that we are dealing with a mathematical equation where medium equals x and message equals y. Accordingly, x = y, but really "the medium is the message" is a metaphor not an equation. His critics also believe McLuhan is denying the content altogether, when really McLuhan was just trying to show the content in its secondary role in relation to the medium.
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Page of Descartes' "La dioptrique" with the tennis ball example. Descartes uses a tennis ball to create a proof for the laws of reflection and refraction in his third model. This was important because he was using real- world objects (in this case, a tennis ball) to construct mathematical theory. Descartes' third model creates a mathematical equation for the Law of Refraction, characterized by the angle of incidence equalling the angle of refraction.
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Jim Johnson at a barbecue, but she is disappointed when he voices scepticism about women's mathematical abilities. He later apologizes, and begins spending time with Katherine and her three daughters. When Harrison invites his subordinates to solve a complex mathematical equation, Katherine develops the solution, leaving him impressed. The Mercury 7 astronauts visit Langley and astronaut John Glenn goes out of his way to be cordial to the West Area women computers.
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Chris Corner at an IAMX autograph session in Munich IAMX was founded by Corner in 2004 in London. The name 'I am X' refers to Becoming X, the title of the Sneaker Pimps' debut album. Corner explained that by founding IAMX, he no longer felt that he was becoming X, but rather that he was X. The meaning of the X, according to the founder, is ever changing like a variable in a mathematical equation.
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More recent flashbacks show Dr. Baker performing brain surgery on a little girl named Kayla who inexplicably recites a complex mathematical equation before dying during the operation. Based on what he saw with Kayla, Dr. Baker seeks funding for research into shared memories. A mysterious man in a suit sets up Dr. Baker in a lab with Dr. Yegorov’s research as a starting point. Dr. Yegorov eventually comes to warn Dr. Baker that their research is dangerous and potentially evil.
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A tax is "increased" for purposes of Proposition 218 when a local government makes a decision that does any of the following: (1) increases any applicable rate used to calculate the tax; or (2) revises the methodology by which the tax is calculated, if that revision results in an increased amount being levied on any person or parcel of property.Cal. Gov. Code, § 53750, subd. (h), par. (1). The term "methodology" refers to a mathematical equation for calculating taxes that is officially sanctioned by a local government.
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This field explores the simulation of societies as complex non-linear systems, which are difficult to study with classical mathematical equation-based models. Robert Axelrod regards social simulation as a third way of doing science, differing from both the deductive and inductive approach; generating data that can be analysed inductively, but coming from a rigorously specified set of rules rather than from direct measurement of the real world. Thus, simulating a phenomenon is akin to generating it—constructing artificial societies. These ambitious aims have encountered several criticisms.
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A typical example is Maxwell's equations. Another is Newton's first law. 1\. First Postulate (Principle of relativity) : Under transitions between inertial reference frames, the equations of all fundamental laws of physics stay form- invariant, while all the numerical constants entering these equations preserve their values. Thus, if a fundamental physical law is expressed with a mathematical equation in one inertial frame, it must be expressed by an identical equation in any other inertial frame, provided both frames are parameterised with charts of the same type.
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Gay-Lussac's law, Amontons' law or the pressure law was found by Joseph Louis Gay-Lussac in 1808. It states that, for a given mass and constant volume of an ideal gas, the pressure exerted on the sides of its container is directly proportional to its absolute temperature. As a mathematical equation, Gay-Lussac's law is written as either: :P \propto T\,, or :P/T=k, or :P_1/T_1=P_2/T_2, :where P is the pressure, T is the absolute temperature, and k is another proportionality constant.
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Given that for any set of finite points there is always a mathematical equation that can describe the points, (e.g. by Lagrangian interpolation) the question focuses on the way the points are expressed mathematically. Leibniz viewed the points as random if the function describing them had to be extremely complex. Three centuries later, the same concept was formalized as algorithmic randomness by A. N. Kolmogorov and Gregory Chaitin as the minimal length of a computer program needed to describe a finite string as random.
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The majority of the first part takes place in flashbacks while a team of ill- equipped soldiers and scientists arrive at the Destiny. Eli Wallace (David Blue) solves a mathematical equation in an online computer game, planted there by Stargate Command. For his achievement, Dr. Nicholas Rush (Robert Carlyle) and General Jack O'Neill (Richard Dean Anderson) recruit Wallace to the Icarus program, which is attempting to dial a nine-chevron address with the Stargate. Wallace's solution is the key to controlling the power levels for the Gate.
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As the self-evaluatory maintenance theory would lead one to judge a stranger higher than their friends (based on popularity) in order to prevent a drop in self-evaluation, Feld's (1991) research demonstrated that people must have fewer friends than their friends do in order to remain popular. This is based on a mathematical equation that explains why popular people are involved in more social circles than unpopular people. These are not the only two research examples. For more examples see the references. Image:selfeval.
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In the mathematical description, curvature is a property of a particular point and can be divorced from some invisible surface to which curved points in spacetime meld themselves. So for example, concepts like singularities (the most widely known of which in general relativity is the black hole) which cannot be expressed completely in a real world geometry, can correspond to particular states of a mathematical equation. The full mathematical description also captures some subtle distinctions made in general relativity between space-like dimensions and time-like dimensions.
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They can be used to mask hot spots generated by the lamp envelope and cold areas created by shadows. They can be used to illuminate a specific shape at a given distance. Examples include a search light reflector that is intentionally designed to generate a divergent beam, or a reflective curve with the intention of generating an aesthetic light effect. If the reflective surface of a component is defined by a point cloud instead of being defined by a mathematical equation, it is likely an aconic reflector.
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Symbols take the form of words, sounds, gestures, ideas, or visual images and are used to convey other ideas and beliefs. For example, a red octagon is a common symbol for "STOP"; on maps, blue lines often represent rivers; and a red rose often symbolizes love and compassion. Numerals are symbols for numbers; letters of an alphabet may be symbols for certain phonemes; and personal names are symbols representing individuals. The variable 'x', in a mathematical equation, may symbolize the position of a particle in space.
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The Anti-Life Equation is a fictional mathematical equation appearing in American comic books published by DC Comics. In Jack Kirby's Fourth World setting, the Anti-Life Equation is a formula for total control over the minds of sentient beings, that is sought by Darkseid, who, for this reason, sends his forces to Earth, as he believes part of the equation exists in the subconsciousness of humanity. Various comics have defined the equation in different ways, but a common interpretation is that the equation is a mathematical proof of the futility of living.
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A strange attractor, which arises when solving a certain differential equation A differential equation is a mathematical equation that relates some function with its derivatives. In applications, the functions usually represent physical quantities, the derivatives represent their rates of change, and the equation defines a relationship between the two. Because such relations are extremely common, differential equations play a prominent role in many disciplines including physics, engineering, economics, and biology. In pure mathematics, differential equations are studied from several different perspectives, mostly concerned with their solutions — the set of functions that satisfy the equation.
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In reaction to this trend, hard science fiction began to be distinguished as a separate subgenre, but paradoxically Heinlein is also considered a seminal figure in hard science fiction, due to his extensive knowledge of engineering and the careful scientific research demonstrated in his stories. Heinlein himself stated—with obvious pride—that in the days before pocket calculators, he and his wife Virginia once worked for several days on a mathematical equation describing an Earth-Mars rocket orbit, which was then subsumed in a single sentence of the novel Space Cadet.
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After all the tiles are placed in the pouch, each player draws a single tile. The player with the highest number goes first. Each player places their drawn tile on their rack, and draws six more, for a total of seven. The first move by the first player must use two of the four initial numbers on the board (1, 2, 3, and 4) to form a simple mathematical equation (such as 1 + 2 = 3, so that the player places a tile numbered "3" to the right of the "1" and "2" squares).
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Every track on Play was licensed to various films, advertisements, and television shows, as well as independent films and non-profit groups. The move was criticised and led to some to consider that Moby had become a sellout, but he later maintained that the licenses were granted mostly to independent films and non- profit projects, and agreed to them due to the difficulty of getting his music heard on the radio and television in the past. In 2007, The Washington Post published an article about a mathematical equation dubbed the "Moby quotient" that determined to what degree had a musical artist sold out.
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Goethe's color ring Johann Goethe's experiments with optics were the direct result of his application of Romantic ideals of observation and disregard for Newton's own work with optics. He believed that color was not an outward physical phenomenon but internal to the human; Newton concluded that white light was a mixture of the other colors, but Goethe believed he had disproved this claim by his observational experiments. He thus placed emphasis on the human ability to see the color, the human ability to gain knowledge through "flashes of insight", and not a mathematical equation that could analytically describe it.
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The animation was used without licensing, and consequently, Caltech and Intelecom sued Carolco Pictures for $3 million. In order to present detailed mathematical equation derivations, the show employed a technique its creators called the "algebraic ballet". Computer animation presented derivations in step-by-step detail, but rapidly and with touches of whimsy, such as algebraic terms being canceled by a Monty Python-esque stomping foot or the hand of God from Michelangelo's The Creation of Adam. Blinn felt that Cosmos had taken itself "too seriously", and so he aimed to include more humor in the Mechanical Universe animations.
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Sam (Sherman Hemsley) is a college professor who is frustrated at his multiple failures to solve a complex mathematical equation, angrily exclaiming, "I'd sell my soul to get this thing right!" A demon (Ron Glass) instantly appears and announces that Sam's math problem "had the right phonetic structure to be a good old-fashioned demonic invocation." He makes it known that he intends to steal his soul and sell it to otherworldly bidders. Despite Sam's protests that the "selling my soul" remark was an idle afterthought, the demon explains that it set the deal in motion anyway.
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Nancy Nestor (Wendie Malick) is the perfect wife and mother now at her wits' end when her teenage genius son Hal (Justin Long) locks himself in the bathroom for months to work on a mathematical equation which involves studying of Lacy Baldwin (Danica McKellar), a cheerleader next door, as she bounces up and down on a trampoline. Nancy's husband Dwight (Stephen Root) is too wrapped up in his own petty concerns to help her. When a burglary brings the police to inspect the crime scene, they find Hal locked in the bathroom and suspect he is being held against his will and call Social Services.
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The first explicit definition of resource is found in RFC 2396, in August 1998: Although examples in this document were still limited to physical entities, the definition opened the door to more abstract resources. Providing a concept is given an identity, and this identity is expressed by a well-formed URI (uniform resource identifier, a superset of URLs), then a concept can be a resource as well. In January 2005, RFC 3986 makes this extension of the definition completely explicit: '…abstract concepts can be resources, such as the operators and operands of a mathematical equation, the types of a relationship (e.g., "parent" or "employee"), or numeric values (e.g.
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This has implications for the number of individuals in each size class and potentially the number of species as well. May (1978) was the first to describe a mathematical equation that could be used to explain the right hand side of the body size-species richness pattern . His equation states that the number of species (S) is proportional to the length (L) of the species raised to the exponent of negative two ( S = L ^ {-2}). This theory is based on data from many different terrestrial animals (mammals, birds, beetles, and butterflies) and has garnered further support from a more recent study by Rice and Gislason (1996).
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Putting together Walter's untested teleportation device, stolen from several individual safe-deposit boxes, and using a mathematical equation and a device that allows him to temporarily disrupt the particles in a solid object and pass through them, Loeb is eventually able to teleport Jones out of the prison, freeing him. With Jones out of the prison, Loeb—still working for the FBI—abducts Olivia on behalf of Jones. Olivia is however able to escape, but begins suspecting that Loeb was the one who kidnapped her. While paying a visit to Loeb's home, looking for anything to support her suspicions, Olivia gets into a gunfight with Loeb's wife Samantha, killing her.
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Rammellzee's graffiti and art work are based on his theory of Gothic Futurism, which describes the battle between letters and their symbolic warfare against any standardizations enforced by the rules of the alphabet. His treatise, Ionic treatise Gothic Futurism assassin knowledges of the remanipulated square point's one to 720° to 1440°, details an anarchic plan by which to revise the role and deployment of language in society. Rammellzee performed in self-designed masks and costumes of different characters which represented the "mathematical equation" that is Rammellzee. On the basis of his Gothic Futurism approach, he described his artistic work as the logical extension into a new phase which he calls Ikonoklast Panzerism.
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A differential equation is a mathematical equation for an unknown function of one or several variables that relates the values of the function itself and its derivatives of various orders.Witold Hurewicz, Lectures on Ordinary Differential Equations, Dover Publications, Differential equations play a prominent role in engineering, physics, economics, biology, and other disciplines. Differential equations arise in many areas of science and technology, specifically whenever a deterministic relation involving some continuously varying quantities (modeled by functions) and their rates of change in space or time (expressed as derivatives) is known or postulated. This is illustrated in classical mechanics, where the motion of a body is described by its position and velocity as the time value varies.
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The ride consists of seven freely-spinning cars that hold three or four riders each, which are attached at fixed pivot points on a rotating platform. As the platform rotates, parts of the platform are raised and lowered, with the resulting centrifugal and gravitational forces on the revolving cars causing them to spin in different directions and at variable speeds. The weight of passengers in these cars (as well as the weight distribution) may intensify or dampen the spinning motion of the cars, adding to the unpredictable nature known as chaotic motion. Physicists Bret M. Huggard and Richard L. Kautz came up with a mathematical equation that approximates the motion of the Tilt-A-Whirl.
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As the path loss encountered along any radio link serves as the dominant factor for characterization of propagation for the link, radio propagation models typically focus on realization of the path loss with the auxiliary task of predicting the area of coverage for a transmitter or modeling the distribution of signals over different regions Because each individual telecommunication link has to encounter different terrain, path, obstructions, atmospheric conditions and other phenomena, it is intractable to formulate the exact loss for all telecommunication systems in a single mathematical equation. As a result, different models exist for different types of radio links under different conditions. The models rely on computing the median path loss for a link under a certain probability that the considered conditions will occur.
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This piece is inspired by the undeniable significance of Lenin as a political figure in the history of the country and specifically in Hanoi. The large shadow cast by the East- facing Statue of Lenin acts as a direct reference to the influence of this political thinker on the land of Vietnam. Measured during the spring equinox, the shadow exists as an entity out of the interaction between the natural (the sun and the spinning the earth) and the unnatural (the concrete form of the statue). Working with a mathematician to determine the area of Lenin's shadow at different times of the day and consolidated into a mathematical equation, Huy An reflects on the way our logic, ideals and worldviews have always been contained and impacted by natural forces beyond our control.
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Charles's law, or the law of volumes, was found in 1787 by Jacques Charles. It states that, for a given mass of an ideal gas at constant pressure, the volume is directly proportional to its absolute temperature, assuming in a closed system. The statement of Charles's law is as follows: the volume (V) of a given mass of a gas, at constant pressure (P), is directly proportional to its temperature (T). As a mathematical equation, Charles's law is written as either: :V \propto T\,, or :V/T=k_2, or :V_1/T_1=V_2/T_2, where "V" is the volume of a gas, "T" is the absolute temperature and k2 is a proportionality constant (which is not the same as the proportionality constants in the other equations in this article).
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The Others transmit a signal that they use to locate the Island. The Island is surrounded by a shield of electromagnetic energy, which causes temporal displacement and death when trying to enter or leave the Island, unless the person is traveling from a certain angle and bearing (which changes when the Island moves). The DHARMA Initiative located the Island, after learning about it through the United States Army, by building The Lamp Post, an off-Island station underneath a church, over a pocket of electromagnetic energy that uses the energy and a complex mathematical equation to locate where and when the Island will be. The Island can be physically moved in space, while many of its occupants have been seen to move through time and space, to wherever the island is located at that moment in time.
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We assume that given any two inertial frames of reference, there exists a coordinate transformation that converts the coordinates from one frame of reference to the coordinates in another frame of reference. This transformation not only provides a conversion for spacetime coordinates (x_1,x_2,x_3,t), but will also provide a conversion for all other physical coordinates, such as a conversion law for momentum and energy (p_1,p_2,p_3,E), etc. (In practice, these conversion laws can be efficiently handled using the mathematics of tensors.) We also assume that the universe obeys a number of physical laws. Mathematically, each physical law can be expressed with respect to the coordinates given by an inertial frame of reference by a mathematical equation (for instance, a differential equation) which relates the various coordinates of the various objects in the spacetime.
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As such, setal fragment penetration could well be an ancient defense mechanism of caterpillars, and given that possibility, MRLS-like syndromes might well be found in association with other caterpillar species. This proposed pathogenesis, SPSE hypothesis of MRLS, was communicated privately among colleagues and university administrators, and then publicly at the Bain Fallon lectures, the Gold Coast, Australia, July 2002, and the following month to participants the First International Symposium on the Mare Reproductive Loss Syndrome. In 2003 (Memorial Day Weekend), compelling statistical evidence in support of this probabilistic mechanism developed when a combined analysis of 2012 and 2013 LFL abortion rate data showed their time courses closely followed a probabilistic mathematical equation called accelerated failure time model (AFT). This AFT analysis was immediately written up as a toxicokinetic analysis of MRLS, shared in draft form with colleagues prior to submission for publication, and the full SPSE hypothesis was next written up and published immediately thereafter.
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The framework of multiple jeopardy was created as a response to the double or triple jeopardy assumption, which, as understood by King, correlates each mode of discrimination with individual and independent effects that, when added together, will create the full picture of the discrimination one faces. Deborah King likens this model to a mathematical equation: "racism plus sexism plus classism equals triple jeopardy". If, for example, it were to be understood that, as a result of racism, black people in the workplace face an earnings disadvantage compared to white men, and women in the workplace face an earnings disadvantage due to sexism, then double jeopardy would assume that a black woman would see an earnings disadvantage of no more or less than the sum of that faced by black people and women on their own. This assumption runs contrary to the idea of intersectionality by asserting that individuals do not face unique forms of discrimination as a result of the various aspects of their identity such as gender or race, and that discrimination can instead be predicted as the sum of the effects each of these aspects has on the way they are treated.
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