WE'RE 200th WHEN YOU ADD TOGETHER HEALTH CARE AND SOCIAL SPENDING.
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Add together thousands of government-imposed nudges, and costs can become quite high.
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Pick the right number of "points" for management, market, traction, location and add together.
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How many of these people's ages do you have to add together to reach Kanye's?
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Next, add together the $543 coinsurance and $254,26 deductible total, plugging in your own numbers, of course.
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If you add together Le Pen, Mélenchon, the Trotskyists and the other loonies in the first round it was 45%.
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Add together all these elements — the slow landing, the data collection, the psychological weight — and it's clear why this wasn't a crash landing.
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So, you now have three numbers you need to add together (7+5+9 = 22) and yet another sum to reduce (2+2 = 4).
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So the result of the equation, X(f), provides the magnitude and time delay of each of the simple signals you need to add together.
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When you add together all these devices and the components they require, it's clear that there's still plenty of opportunity to build and sell hardware.
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You can can only add together 0's and 1's, but it acts as a cool visual representation of how binary addition works in computing.
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Some of the light will cancel out and some will become brighter, because waves cancel or add together based on their position relative to one another.
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In Stephens's world, "data" is all the same and anyone who can add together numbers is a scientist who should be taken with a grain of salt.
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Add together the total number of players performing these actions, creating new sessions all the while, and it's easy to see just how noisy the app can become.
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The layers' thicknesses and compositions are chosen so as to force light waves to add together or subtract from one another as they are reflected from the various layers.
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When you add together health and social spending across countries, the United States is no longer a major outlier when it comes to per capita costs spent on factors that promote health.
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Even when you add together the probabilities of the top three in our rankings, it indicates that there's roughly a 20163% chance someone outside our top three will become the Democratic nominee.
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The simplest way to get an idea of how much oil is flowing into storage is to add together China's crude imports and domestic production, and then subtract the amount of oil being processed by refineries.
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"If you look at poor nutrition, very young, no prenatal care, very stressed single moms, those things are going to add together to the potential impact of marijuana during pregnancy," Fried told Reuters Health by email.
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The ability to add together genetic variants to predict an IQ score is a useful tool in the social sciences, but it has not produced a purely biological understanding of why some people have more cognitive ability than others.
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Even when you add together the negatives like an average camera, Verizon's annoying bloatware, and Lenovo's poor track record with software updates, the Moto Z Play's affordable price, zippy performance, and unbelievable battery life still add up to something very compelling.
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However, recent advances have shown that specially tailored beams could transmit energy through opaque materials by traveling in just the right way, such that some of the waves in the beam cancel out while others add together upon entering the medium.
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An example in pseudocode would look something like this: So, we're just printing out what values we're giving the function (which is supposed to add together two values and return the resulting value) and then we print what result it gave us.
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Read: To truly fight climate change, we need to set our sights higher In Paris governments volunteered to cut their emissions, but add together these commitments and the resulting emissions path restrains the ultimate rise in global temperatures by a mere 0.2C, yielding a rise of 3.2C by 2100.
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Consider a simple model for how much the average worker's pay ought to be rising: You could simply add together the productivity growth rate — how rapidly the output generated by each hour of labor is increasing — and the inflation rate, which tells us how quickly prices are rising.
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Putting several top mathematics experts on this problem, we ascertained that the best substitute with which we could provide you today would be reviews of Final Fantasy X and Final Fantasy V, which you should be able to add together to create a review of Final Fantasy XV. As far as we know.
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Add together the growing number of press freedom violations with the ever-increasing reality of human rights abuses against refugees and asylum seekers, as well as African Americans — such as the right to freedom from arbitrary or political arrest and detention — and it would appear it is time to keep on our toes.
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Add together Boss Cai's salary from Chuxin, the agency that employs him, payments from internet platforms that broadcast his performances and his share of the online gifts that followers send him (the equivalent of tips thrown into a busker's hat), and he can make 50,000 yuan ($7,190) in a month—more than many former classmates earn in a year.
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Consecutive strikes and spares do not add together, and no bonus frames after a strike on the 10th frame, so the perfect score remains at 300 points.
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This slow speed was partially offset by the ability to add together eight numbers concurrently. The resulting machine was called CADET (Transistor Electronic Digital Automatic Computer – backward). It first ran a simple test program in February 1955.
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DSF synthesis refers to algorithmic synthesis methods which use mathematical formulas to sum, or add together, many numbers to achieve a desired wave shape.Moorer, J. A. (November 1976). "The Synthesis of Complex Audio Spectra by Means of Discrete Summation Formulae". Journal of the Audio Engineering Society, 27(4), pp.717-727.
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Year-item: Add together the number of dozens, > the overplus, and the number of 4s in the overplus. Month-item: If it begins > or ends with a vowel, subtract the number, denoting its place in the year, > from 10. This, plus its number of days, gives the item for the following > month.
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The "used" numbers must be crossed off, since they are already added. Other long strings may likewise be cancelled using the same technique. Then, simply add together any remaining digits normally. Proceeding in this manner gives the final answer of 1 1 0 0 1 1 1 0 0 0 12 (164910).
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The speckle pattern which is seen when using a laser pointer is another diffraction phenomenon. It is a result of the superposition of many waves with different phases, which are produced when a laser beam illuminates a rough surface. They add together to give a resultant wave whose amplitude, and therefore intensity, varies randomly.
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In the coherent case, all of the components are exactly in phase, and their voltages simply add, while in the non-coherent case the phases are random and the distortion powers add together. The coherent case represents the most conservative (i.e. worst-case) answer, and the non-coherent case is generally a more accurate description for most systems.
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This will increase the audibility of sounds downwind. This downwind refraction effect occurs because there is a wind gradient; the sound is not being carried along by the wind. There will usually be both a wind gradient and a temperature gradient. In that case, the effects of both might add together or subtract depending on the situation and the location of the observer.
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If there are further undulations, then the back pressure effects add together. Obviously long pipelines over fairly level, but undulating land, are bound to have many such high and low points. To avoid air or gas lock, automatic vents are fitted which let air or gas out when above a certain pressure. They may also be designed to let air in under vacuum.
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The resting membrane potential is usually around –70 mV. The typical neuron has a threshold potential ranging from –40 mV to –55 mV. Temporal summation occurs when graded potentials within the postsynaptic cell occur so rapidly that they build on each other before the previous ones fade. Spatial summation occurs when postsynaptic potentials from adjacent synapses on the cell occur simultaneously and add together.
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These collections also contained some bird's-eye views of the castles and villages. But they were primarily administrative documents. The idea then occurred to him to have these cadastral plans reproduced, not on paper, but on parchment, and to add, together with these plans, the view of each locality, painted in gouache in the manner of a small painting. The ensemble was realized in 1596–1598.
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The main result was the building of a tide- predicting machine using a system of pulleys to add together six harmonic time functions. It was "programmed" by resetting gears and chains to adjust phasing and amplitudes. Similar machines were used until the 1960s. The first known sea-level record of an entire spring–neap cycle was made in 1831 on the Navy Dock in the Thames Estuary.
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Additive tasks allow members to each contribute individually and those individual contributions then add together for the greater output of the group. Additive tasks are also categorized as divisible and having a maximizing focus. They require adding together the individual contributions of group members to maximize the outcome of the group. Examples provided in Forysth's summary of Steiner's work include shovelling snow and pulling a rope (tug of war).
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With linear loads, the neutral only carries the current due to imbalance between the phases. Devices that utilize rectifier-capacitor front ends (such as switch-mode power supplies for computers, office equipment and the like) introduce third order harmonics. Third harmonic currents are in- phase on each of the supply phases and therefore will add together in the neutral which can cause the neutral current in a wye system to exceed the phase currents.
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The tone quality of brass multiphonics is influenced strongly by the voice of the player. Another method is referred to as "lip multiphonics", in which a brass player alters the airflow to blow between partials, in the harmonic series of the slide position/valve. The outcome is just as stable as any multiphonic and perfectly structured. When the frequencies add together or subtract from each other (essentially merge), the fundamental is recreated.
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Postsynaptic potentials are subject to summation, spatially and/or temporally. Spatial summation: If a cell is receiving input at two synapses that are near each other, their postsynaptic potentials add together. If the cell is receiving two excitatory postsynaptic potentials, they combine so that the membrane potential is depolarized by the sum of the two changes. If there are two inhibitory potentials, they also sum, and the membrane is hyperpolarized by that amount.
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One might expect the inputs from each eye to simply add together, and that the perceived brightness with two eyes is twice that of a single eye. However, the perceived brightness with two eyes is only slightly higher compared to a single eye. If one eye sees a bright scene, the perceived brightness will actually decrease if the other eye is presented with a dim light. This counterintuitive phenomenon is known as Fechner's Paradox.
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Add together the number of HCP in the hand, and the number of cards in the two longest suits, and the number of quick tricks in the hand. If the resultant number is 22 or higher, then an opening bid is suggested [the choice of which bid depends on partnership agreement]. In 3rd seat the requirement may be lowered to 19. Quick tricks are: AK=2, AQ=1.5, A=1, KQ=1, Kx[x]=0.5 [singleton K=0].
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So, the number 28 is considered to be a perfect number, because its factors of 1, 2, 4, 7, and 14 add together to equal 28. Perfect numbers are extremely rare, with there being only one number for each quantity of digits (one for single digits, double digits, triple digits, quadruple digits, etc.). Embodying mathematical concepts of beauty, symmetry, and perfection, into the structure conveys the technical sophistication of Roman engineers. Cements were essential to the design of the Pantheon.
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The mechanics of the game are difficulty based. Characters have attributes (such as Strength and Ingenuity) and skills (such as Fighting and Technology) which they typically add together and then further add the results of two six-sided dice. The result is compared to a difficulty number normally set by the gamesmaster. Both success and failure are graduated, so that matching, or else exceeding the difficulty by only a small amount, indicates a successful action, but not a complete success.
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The 405 issued a positive review of the band's second EP, declaring "Hands is an EP which demonstrates musicianship at its best...a wonderful mixture of influences, added to its melodies and textures, all add together to create a true good feeling within your heart. Fans of Ben Folds and Nils Lofgren especially should like and admire this record but it has the accessibility for just about anyone to jump in and enjoy – excuse the pun – over and over again."Bevan, Gavin. "Emanuel and the Fear – Hands (EP)" The 405, February 1, 2012.
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In order for the signals to add together, they need to arrive in-phase. Consider two dipole antennas placed in a line end-to-end, or collinear. If the resulting array is pointed directly at the source signal, both dipoles will see the same instantaneous signal, and thus their reception will be in-phase. However, if one were to rotate the antenna so it was at an angle to the signal, the extra path from the signal to the more distant dipole means it receives the signal slightly out of phase.
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Left: A schematic view of how an assembly of microscopic dipoles produces opposite surface charges as shown at top and bottom. Right: How an assembly of microscopic current loops add together to produce a macroscopically circulating current loop. Inside the boundaries, the individual contributions tend to cancel, but at the boundaries no cancelation occurs. When an electric field is applied to a dielectric material its molecules respond by forming microscopic electric dipoles – their atomic nuclei move a tiny distance in the direction of the field, while their electrons move a tiny distance in the opposite direction.
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The crossover event "The Button", central to the over-arcing DC Rebirth story and setting up the event miniseries Doomsday Clock, ran through issues #21-22 (June–July 2017). After issue #88 (April 2020), numbering on The Flash was reset to add together all issue counts from volumes 1–5, beginning with an oversized celebratory issue #750 (May 2020). However, the series continued otherwise uninterrupted. Williamson was ultimately the longest- serving writer to stay on a given title from the beginning of DC Rebirth, concluding his run of 101 regular issues on the title with #762 (September 2020).
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The feed network combined the radio currents from the separate elements with the correct phase so that radio waves from the desired direction would be in phase and add together, while radio waves from other directions would be out of phase and cancel. Since the microwaves had to pass through the plastic surface to reach the antennas, special low-loss plastic was used. Three of these plastic sheets were stacked upon each other, padded with polystyrene layers to add rigidity to the unit. All this was engineered into a 38 cm white plastic body with the BSB logo at the bottom.
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By altering the relative phase of the radio waves emitted by the individual antennas, the computer can instantly steer the beam to a different direction. The beam of radio waves reflects off the target object, and some of the waves return to the receiving array. Like the transmitting antennas, each receiving antenna element has a phase shifter attached, through which the current from the antenna must pass to get to the receiver. The currents from the separate antennas add together in the receiver with the correct phase that the receiver is sensitive to waves coming from only one direction.
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The synchrotron radiation becomes sufficiently strong that the transverse electric field of the radiation beam interacts with the transverse electron current created by the sinusoidal wiggling motion, causing some electrons to gain and others to lose energy to the optical field via the ponderomotive force. This energy modulation evolves into electron density (current) modulations with a period of one optical wavelength. The electrons are thus longitudinally clumped into microbunches, separated by one optical wavelength along the axis. Whereas an undulator alone would cause the electrons to radiate independently (incoherently), the radiation emitted by the bunched electrons is in phase, and the fields add together coherently.
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The spin of the electrons in atoms is the main source of ferromagnetism, although there is also a contribution from the orbital angular momentum of the electron about the nucleus. When these magnetic dipoles in a piece of matter are aligned, (point in the same direction) their individually tiny magnetic fields add together to create a much larger macroscopic field. However, materials made of atoms with filled electron shells have a total dipole moment of zero: because the electrons all exist in pairs with opposite spin, every electron's magnetic moment is cancelled by the opposite moment of the second electron in the pair. Only atoms with partially filled shells (i.e.
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Mobility maximization and frontier minimization can be broken down into local configurations which can be added together; the usual implementation is to evaluate each row, column, diagonal and corner configuration separately and add together the values, lots of different patterns have to be evaluated. The process of determining values for all configurations is done by taking a large database of games played between strong players and calculating statistics for each configuration in each game stage from all the games. The most common choice to predict the final disc difference uses a weighted disk difference measure where the winning side gets a bonus corresponding to the number of disks.
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When two drugs are used together, their effects can be additive (the result is what you expect when you add together the effect of each drug taken independently), synergistic (combining the drugs leads to a larger effect than expected), or antagonistic (combining the drugs leads to a smaller effect than expected). There is sometimes confusion on whether drugs are synergistic or additive, since the individual effects of each drug may vary from patient to patient. A synergistic interaction may be beneficial for patients, but may also increase the risk of overdose. Both synergy and antagonism can occur during different phases of the interaction between a drug, and an organism.
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Add together the number of HCP in the hand, and the number of cards in the two longest suits. If the resultant number is 20 or higher and most of the high cards are in the long suits,Francis et al. 2001, page 401: RULE OF TWENTY. then an opening bid is suggested (the choice of which bid requires further analysis). As an example, a hand containing 11 HCP and 5–4–2–2 shape would qualify for an opening bid because the resultant number would be 20 (11 + 5 + 4) whereas 11 HCP and 4–4–3–2 shape would not (11 + 4 + 4 = 19).
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The definition of the Darboux integral considers upper and lower (Darboux) integrals, which exist for any bounded real-valued function f on the interval [a,b]. The Darboux integral exists if and only if the upper and lower integrals are equal. The upper and lower integrals are in turn the infimum and supremum, respectively, of upper and lower (Darboux) sums which over- and underestimate, respectively, the "area under the curve." In particular, for a given partition of the interval of integration, the upper and lower sums add together the areas of rectangular slices whose heights are the supremum and infimum, respectively, of f in each subinterval of the partition.
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A parabolic dish is an example of this type of antenna. A second technique is to use multiple antennas which are fed from the same transmitter or receiver; this is called an array antenna, or antenna array. If the currents are fed to the antennas with the proper phase, due to the phenomenon of interference the spherical waves from the individual antennas combine (superpose) in front of the array to create plane waves, a beam of radio waves traveling in a specific direction. In directions in which the waves from the individual antennas arrive in phase, the waves add together (constructive interference) to enhance the power radiated.
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Another study, which was published in 2014, sought to identify the genetic architecture of psychiatric disorders. The researchers in this study suggested that there are a large number of contributing loci that are related to various psychiatric disorders. Additionally, they, like many others, suggested that the genetic risk of psychiatric disorders involves the combined effects of many common variants with small effects - in other words, the small effects of a wide number of variants at specific loci add together to produce a large, combined effect on the overall phenotype of the individual. They also acknowledged the presence of large but rare mutations that have a large effect on phenotype.
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The oscillation periods of the Earth as a whole are not near the astronomical periods, so its flexing is due to the forces of the moment. The tide components with a period near twelve hours have a lunar amplitude (Earth bulge/depression distances) that are a little more than twice the height of the solar amplitudes, as tabulated below. At new and full moon, the Sun and the Moon are aligned, and the lunar and the solar tidal maxima and minima (bulges and depressions) add together for the greatest tidal range at particular latitudes. At first- and third- quarter phases of the moon, lunar and solar tides are perpendicular, and the tidal range is at a minimum.
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May 31, 2013 Oklahoma Phased Array Radar Reflectivity Conventional radars typically use a large, parabolic dish to focus the radar beam, and rely on motors to move the dish in azimuth and elevation. By contrast, phased arrays are an antenna array, composed of many small antennas on a flat panel, which steer the radar beam electronically by changing the phase of the signal emitted from each antenna element. The signals from each element add together in the desired direction, and cancel out in other directions, a phenomenon known as interference. This capability can obviate the need for motors and moving parts, which increases the reliability and can decrease the cost of the system.
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When interfering, two waves can add together to create a wave of greater amplitude than either one (constructive interference) or subtract from each other to create a wave of lesser amplitude than either one (destructive interference), depending on their relative phase. Two waves are said to be coherent if they have a constant relative phase. The amount of coherence can readily be measured by the interference visibility, which looks at the size of the interference fringes relative to the input waves (as the phase offset is varied); a precise mathematical definition of the degree of coherence is given by means of correlation functions. Spatial coherence describes the correlation (or predictable relationship) between waves at different points in space, either lateral or longitudinal.
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While a person will normally read each word and line in sequence, they may at times jump back to an earlier place in the text or skip sections that are not of interest. Similarly, a computer may sometimes go back and repeat the instructions in some section of the program over and over again until some internal condition is met. This is called the flow of control within the program and it is what allows the computer to perform tasks repeatedly without human intervention. Comparatively, a person using a pocket calculator can perform a basic arithmetic operation such as adding two numbers with just a few button presses. But to add together all of the numbers from 1 to 1,000 would take thousands of button presses and a lot of time, with a near certainty of making a mistake.
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In number theory, a perfect totient number is an integer that is equal to the sum of its iterated totients. That is, we apply the totient function to a number n, apply it again to the resulting totient, and so on, until the number 1 is reached, and add together the resulting sequence of numbers; if the sum equals n, then n is a perfect totient number. For example, there are six positive integers less than 9 and relatively prime to it, so the totient of 9 is 6; there are two numbers less than 6 and relatively prime to it, so the totient of 6 is 2; and there is one number less than 2 and relatively prime to it, so the totient of 2 is 1; and , so 9 is a perfect totient number. The first few perfect totient numbers are :3, 9, 15, 27, 39, 81, 111, 183, 243, 255, 327, 363, 471, 729, 2187, 2199, 3063, 4359, 4375, ... .
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In antenna theory, a phased array usually means an electronically scanned array, a computer-controlled array of antennas which creates a beam of radio waves that can be electronically steered to point in different directions without moving the antennas. In a simple array antenna, the radio frequency current from the transmitter is fed to the individual antennas with the correct phase relationship so that the radio waves from the separate antennas add together to increase the radiation in a desired direction and cancel to suppress radiation in undesired directions. In a phased array, the power from the transmitter is fed to the antennas through devices called phase shifters, controlled by a computer system, which can alter the phase electronically, thus steering the beam of radio waves to a different direction. Since the array must consist of many small antennas (sometimes thousands) to achieve high gain, phased arrays are mainly practical at the high frequency end of the radio spectrum, in the UHF and microwave bands, in which the antenna elements are conveniently small.
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Moreover, according to Frankfurt's Descartes, the meditator feels forced to accept his conclusion merely because of the evidence of the supporting argument, while Frankfurt himself started by explaining that the radical doubt is meant to be a criticism of evidence as a criterion of truth (even subjective truth, if you want). As Frankfurt pointed out, it seems hard to deny that the general proposition "evident statements can be false or misleading" can be thought without hindrance, and that Descartes seems to have countenanced this kind of doubt, when close to the end of the First Meditation he wrote that > "...as I sometimes think that others are in error respecting matters of > which they believe themselves to possess a perfect knowledge, how do I know > that I am not also deceived each time I add together two and three, or > number the sides of a square, or form some judgment still more simple, if > more simple indeed can be imagined?" The outcome seems to be that a doubt aimed at evident ideas is supposed by Frankfurt to be overcome by means of a further evident idea, thereby begging the question.
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