147 Sentences With "impractically" | Random Sentence Generator

But that would require an impractically huge number of cables.

They could also support an imbalanced or impractically activist foreign policy.

One problem with RoMan is that it is still impractically slow.

The DeLorean time machine, while iconic, also seems impractically small for everyday use.

But how exactly did this impractically huge, gray sofa become one corner of Instagram's favorite interiors trend?

And while all these characteristics might work to its advantage, it's also gratuitously, impractically, and sometimes counterproductively into murder.

It became clear that to achieve even toddler-like levels of recognition would require impractically large sets of data.

No, instead, it ends up in an impractically long line of patents that the examiners have yet to look at.

A business trip to which Harper's two impulsive best friends (Vanessa Bayer and Phoebe Robinson) promptly and impractically attach themselves.

They did this in opposition to Zionists, whose support for Hebrew and emigration to Palestine the Bundists saw as impractically "utopian".

It's an old idea that today, in an age of self-driving cars, seems by turns impractically retro and remarkably prescient.

More impractically, you'd want the scientists to not only watch one group of people for a lifetime, but observe multiple generations.

In addition, some of the anyons' purported advantages only exist when they are kept at impractically cold temperatures near absolute zero.

It was beautiful but utterly impractically designed: It took at least three of us to hold up her skirt so she could pee.

Google and others are working on quantum computers because they promise to make trivial certain problems that take impractically long on conventional computers.

The goal for Google was attaining quantum supremacy — essentially doing something with a quantum computer that would take an impractically long time with normal computers.

Advanced materials such as carbon fiber, leather, and blue morta oak wood will make great conversation at the oversized dinner table in your impractically large mansion.

It proved that an impractically large uBeam transmitter could deliver enough power over the distance of four to 10 feet to make multiple phones signal they were charging.

Blame the source material: a title role both tedious and impractically difficult; a repetitive libretto sitting somewhere between coming-of-age adventure and dark comedy; a singing dragon.

Less than a year ago, Hillary Clinton and Sanders were sparring on the campaign trail about whether $15 an hour was impractically high; Clinton's official position embraced a $12 federal minimum wage.

These many conflicting elements aren't combined into a unified synthesis so much as shoved frantically and impractically into the same limited space, made to cohabit by brute force; the resulting density is explosive.

It was around this time that his signature impractically oversize denim pieces caught the attention of Lady Gaga and Rihanna, who has continued to wear Dolan's garments on the street, for photo shoots and in music videos.

" She said: "I, as a woman, want Wonder Woman to be hot as hell, fight badass, and look great at the same time — the same way men want Superman to have huge pecs and an impractically big body.

"If a human wanted to climb up a wall the way a gecko does, we'd need impractically large sticky feet—and shoes in European size 145 or US size 114," co-author Walter Federle said in a press release.

The singers are impractically dressed for every activity: Posh Spice (Victoria Beckham, then Victoria Adams) wears a camouflage minidress to complete a military obstacle course; Ginger Spice (Geri Horner, then Geri Halliwell) wears a sleeveless latex jumpsuit to urinate in the woods.

Today, every one of the company's 16 dancers is a proficient technician who can dance on point, a demanding (and painful) aspect of ballet training that men can usually happily ignore, since conventionally it is only women who dance impractically on the tips of their toes.

Series protagonist and badass bounty hunter Samus Aran has turned her body into a weapon and, despite the impractically of giving over your entire left arm to destruction, the arm cannon has become an iconic element of the character and a staple of those cosplaying her.

" Duncan went on to say, "what I'm talking about is an idea -- for all the difficultly, for all the impractically about it -- I think would shock the nation, would create the kind of tension that we've lacked, and we need to create tension to compel lawmakers to change.

But after seeing the Game of Thrones alum's performance, it's a safe bet that no one will be thinking of orange fish-scale shirts when they picture Aquaman from now on — although we'll definitely be thinking about why someone would take off their shirt to go swimming, but not their impractically tight pants.

But on The Bold Type, true friendship is Kat taking either a pricey car or hourlong subway rIde to Brooklyn on a weekday morning to make breakfast with her besties, and the three of them then schlepping back to Scarlet's Midtown Manhattan office IN an impractically expensive car at rush hour to start the workday.

Humans would need US size 114 shoes (sticky ones) to walk up walls "If a human, for example, wanted to climb up a wall the way a gecko does, we'd need impractically large sticky feet — and shoes in European size 145 or US size 114," says Walter Federle, senior author from Cambridge's department of zoology, in a press statement.

However, the reactor can become impractically long if the particles aggregate slowly.

At microwave frequencies discrete components need to be impractically small and a transmission line solution is the only viable one. On the other hand, at low frequencies such as audio applications, transmission line devices need to be impractically large.

The low weight meant that the missile would not have to be impractically large, and the reasonably high yield meant that it did not need to be impractically accurate. The USAF had an ICBM project initially known as Project MX-1593 running since January 1951. It became Project Atlas in August 1951. Atlas was expected to weigh , and deliver a nuclear warhead within of the target.

Telegraphic communication using earth conductivity was eventually found to be limited to impractically short distances, as was communication conducted through water, or between trenches during World War I.

Previously, there had been talk of moving the float plane base or the water supply to Fish Lake, which is impractically located to the west over a winding, steep road.

The Impractically Carbonaro Jokers' Effect is a crossover episode between Impractical Jokers and The Carbonaro Effect. It is the eighth episode of Season 3 of the hidden-camera magic TV show The Carbonaro Effect, and aired on March 29, 2017.

The increasing phase error limits the aperture size of practical horns to about 15 wavelengths; larger apertures would require impractically long horns. This limits the gain of practical horns to about 1000 (30 dBi) and the corresponding minimum beamwidth to about 5 - 10°.

Edelcrantz, p. 165 Distances much further than these would require impractically high towers to overcome the curvature of the Earth as well as large shutters. Edelcrantz kept the distance between stations under 2 Swedish miles () except where large bodies of water made it unavoidable.Edelcrantz, p.

Fredrick E. Terman, Electronic Measurements, McGraw Hill, 1952 Library of Congress Catalog Number: 51-12650 p.135ff Thus the maximum and minimum values can be compared directly. This method is used at VHF and higher frequencies. At lower frequencies, such lines are impractically long.

At frequencies greater than 200 GHz, waveguide dimensions become impractically small, and the ohmic losses in the waveguide walls become large. Instead, fiber optics, which are a form of dielectric waveguides, can be used. For such frequencies, the concepts of voltages and currents are no longer used.

One key advantage of the LGR is that, at its resonant frequency, its dimensions are small compared to the free-space wavelength of the electromagnetic fields. Therefore, it is possible to use LGRs to construct a compact and high-Q resonator that operates at relatively low frequencies where cavity resonators would be impractically large.

A type of infusion pump, manufactured by Fresenius. An infusion pump infuses fluids, medication or nutrients into a patient's circulatory system. It is generally used intravenously, although subcutaneous, arterial and epidural infusions are occasionally used. Infusion pumps can administer fluids in ways that would be impractically expensive or unreliable if performed manually by nursing staff.

Large numbers of finite elements increases the attainable topological complexity, but come at a cost. Firstly, solving the FEM system becomes more expensive. Secondly, algorithms that can handle a large number (several thousands of elements is not uncommon) of discrete variables with multiple constraints are unavailable. Moreover, they are impractically sensitive to parameter variations.

The equilibrium can theoretically be driven either way, but it's impractically slow if the forward and reverse reaction rates are minuscule. At low temperatures the reaction energetics dominate everything else, and in this sense too silicon outperforms carbon, because silicon dioxide has a much larger heat of formation than the carbon oxides, as best seen in Ellingham diagrams.

When the pressure drop available is large, it cannot all be used in one turbine stage. A single-stage utilizing a large pressure drop will have an impractically high peripheral speed of its rotor. This would lead to either a larger diameter or a very high rotational speed. Therefore, machines with large pressure drops employ more than one stage.

This humorously named cartridge was developed by Ackley for Bob Hutton of Guns & Ammo magazine, and was intended solely to exceed muzzle velocity. Ackley's loads only managed (Mach 4.2), firing a bullet. Based on a .378 Weatherby Magnum case, the case is impractically over-capacity for the bore diameter, and so the cartridge remains a curiosity.

Geman et al. argue that the bias-variance dilemma implies that abilities such as generic object recognition cannot be learned from scratch, but require a certain degree of “hard wiring” that is later tuned by experience. This is because model-free approaches to inference require impractically large training sets if they are to avoid high variance.

Volumetric KF readily measures samples up to 100%, but requires impractically large amounts of sample for analytes with less than 0.05% water. The KF response is linear. Therefore, single-point calibration using a calibrated 1% water standard is sufficient and no calibration curves are necessary. Little sample preparation is needed: a liquid sample can usually be directly injected using a syringe.

Geostationary spacecraft require an orbit in the plane of the equator. Getting there requires a geostationary transfer orbit with an apogee directly above the equator. Unless the launch site itself is quite close to the equator, it requires an impractically large amount of fuel to launch a spacecraft directly into such an orbit. Instead, the craft is placed with an upper stage in an inclined parking orbit.

Campbell sought a more predictable venue than a tidal beach, so he set off to survey possible sites by air. Africa showed promise, first at a site 600 miles from Timbuctu and so impractically inaccessible. A dry lake bed in South Africa, the Verneukpan, was still from Cape Town, but did have some chance of access. Blue Bird was rebuilt for a third time.

During his tenure, the elders (na elemakule) of Tabiteuea in the Gilbert Islands requested annexation to Hawaii. However, Kapena and the king wrote back declining the request due to its political impractically. When the king chose a new cabinet in 1880, Kapena was replaced in the position by the Italian adventurer Celso Caesar Moreno to the vehement opposition of the diplomatic corps and political leaders in Honolulu.

The Webb Dock railway line and a rail terminal north of the dock were constructed in 1984-86 to link the dock with the West Melbourne rail yards but decommissioned in 1992 due to its impractically sharp bends and to enable the development of Docklands. The Yarra River crossing on the rail link was reused as a pedestrian bridge as part of Docklands precinct.

At lower frequencies the waveguide needs to be impractically large in order to keep the cutoff frequency below the operational frequency. On the other hand, filters whose operating frequencies are so high that the wavelengths are sub-millimetre cannot be manufactured with normal machine shop processes. At frequencies this high, fibre-optic technology starts to become an option. Waveguides are a low-loss medium.

Two main examples analyzed by the authors were parity and connectedness. Parity involves determining whether the number of activated inputs in the input retina is odd or even, and connectedness refers to the figure-ground problem. Minsky and Papert proved that the single- layer perceptron could not compute parity under the condition of conjunctive localness and showed that the order required for a perceptron to compute connectivity grew impractically large.

While the best known examples of redlining have involved denial of financial services such as banking or insurance, other services such as health care (see also Race and health) or even supermarkets have been denied to residents. In the case of retail businesses like supermarkets, purposely locating stores impractically far away from targeted residents results in a redlining effect.How East New York Became a Ghetto by Walter Thabit. . Page 42.

For the number of bits required for high quality sound reproduction, the size of the system becomes impractically large. For example, for a 16-bit system with the same bit depth as the 16-bit audio CD standard, starting with a 0.5 cm² driver for the least significant bit would require a total area for the driver array of 32,000 cm², or over 34 square feet (3.2 m²).

Ideally, a convex curve between the onset and maximum position of lift reduces acceleration, but this requires impractically large shaft diameters relative to lift. Thus, in practice, the points at which lift begins and ends mean that a tangent to the base circle appears on the profile. This is continuous with a tangent to the tip circle. In designing the cam, the lift and the dwell angle are given.

In October 1911, the Royal Navy purchased the two aircraft and established the Naval Flying School at Eastchurch. In 1912 a contract was given to Vickers to produce the first aircraft specifically designed for aerial combat, the Experimental Fighting Biplane No.1. Previously, Voisin had exhibited an aircraft impractically fitted with a heavy mitrailleuse at the 1911 Paris Aero Salon, and the French had also experimented with fitting machine-guns to existing types.

In practice this technique was rarely used. In 1848 he produced color photographs of the spectrum, and also of camera images, by a technique later found to be akin to the Lippmann interference method, but the camera exposures required were impractically long and the images could not be stabilized, their colors persisting only if kept in total darkness,E. Becquerel (1848). "L'image photographique colorée du spectre solaire", Comptes Rendus 26:181–183.

The use of digital techniques in video created digital video. It could not initially compete with analog video, due to early digital uncompressed video requiring impractically high bitrates. Practical digital video was made possible with discrete cosine transform (DCT) coding, a lossy compression process developed in the early 1970s. DCT coding was adapted into motion-compensated DCT video compression in the late 1980s, starting with H.261, the first practical digital video coding standard.

Brown and Herbst, as representatives of the organization, traveled in 1911 to investigate potential sites in New Mexico, Colorado, Wyoming, and Montana. The New Mexico option proved to be impractically expensive. As the disappointed Brown and Herbst were preparing to leave New Mexico, they received a telegram inviting them to stop in Utah. The state was engaged in a campaign to attract settlers, and planning the construction of the Piute Canal in Sanpete County, Utah.

Atomic line filters may operate in the ultraviolet, visible and infrared regions of the electromagnetic spectrum. In absorption-re- emission ALFs, the frequency of light must be shifted in order for the filter to operate, and in a passive device, this shift must be to a lower frequency (i.e. red shifted) simply because of energy conservation. This means that passive filters are rarely able to work with infrared light, because the output frequency would be impractically low.

So an LR(1) parsing method was, in theory, powerful enough to handle any reasonable language. In practice, the natural grammars for many programming languages are close to being LR(1). The canonical LR parsers described by Knuth had too many states and very big parse tables that were impractically large for the limited memory of computers of that era. LR parsing became practical when Frank DeRemer invented SLR and LALR parsers with much fewer states.

It is often placed in line with other bits of Google technology that are used to cut down web page load times, while Google itself describes it also as a demonstration of the potential of psychovisual optimizations to motivate further research to benefit future JPEG encoders, and acknowledges the often impractically low speed of their code. Two tests found that Guetzli is very slow (it's about 4 magnitudes slower than normal JPEG encoder) and not necessarily better than mozjpeg.

Test flights were limited to the length of the runway after the aircraft was registered as a "research and development" project. The roll rate was so low at 20-30 mph, that rudder turns were preferred. The 3-4 pound wing loading was considered impractically light for handling. An example of a SA-8 Skeeto was donated to the Claremont, California Air Museum in 1958, it is now in the EAA AirVenture Museum in Oshkosh, Wisconsin.

Functions included hacking wood from a tree, cutting animal carcasses as well as scraping and cutting hides when necessary. Some tools, however, could have been better suited to digging roots or butchering animals than others. Alternative theories include a use for ovate hand-axes as a kind of hunting discus to be hurled at prey. Puzzlingly, there are also examples of sites where hundreds of hand-axes, many impractically large and also apparently unused, have been found in close association together.

San Jose, California, 1881 A moonlight tower or moontower is a lighting structure designed to illuminate areas of a town or city at night. The towers were popular in the late 19th century in cities across the United States and Europe; they were most common in the 1880s and 1890s. In some places they were used when standard street-lighting, using smaller, shorter, and more numerous lamps, was impractically expensive. In other places they were used in addition to gas street lighting.

In 1955 BCE demonstrated a broadcast quality color recorder that operated at 100 inches per second and CBS ordered three of them. Many other fixed-head recording systems were tried but all required an impractically high tape speed. It became clear that practical video recording technology depended on finding some way of recording the wide-bandwidth video signal without the high tape speed required by linear-scan machines. In 1953 Dr. Norikazu Sawazaki developed a prototype helical scan video tape recorder.

Planar transmission lines can be used for constructing components as well as interconnecting them. At microwave frequencies it is often the case that individual components in a circuit are themselves larger than a significant fraction of a wavelength. This means they can no longer be treated as lumped components, that is, treated as if they existed at a single point. Lumped passive components are often impractical at microwave frequencies, either for this reason, or because the values required are impractically small to manufacture.

At the behest of Thomson, the British Association for the Advancement of Science (B.A.) set up a committee in 1861, initially to examine standards for electrical resistance, which was expanded in 1862 to include other electrical standards. After two years of discussion, experiment and considerable differences of opinion, the committee decided to adapt Weber's approach to the CGS system of units, but used metre, gramme and second as their absolute units. However these units were both difficult to realize and (often) impractically small.

So LALR generators have become much more widely used than SLR generators, despite being somewhat more complicated tools. SLR methods remain a useful learning step in college classes on compiler theory. SLR and LALR were both developed by Frank DeRemer as the first practical uses of Donald Knuth's LR parser theory. The tables created for real grammars by full LR methods were impractically large, larger than most computer memories of that decade, with 100 times or more parser states than the SLR and LALR methods..

A single common-emitter pnp-type transistor can operate correctly in saturation mode, with only ≈0,25 voltage drop, but also with impractically high base currents. A compound pnp- type transistor does not need as much drive current, but requires at least 1 V voltage drop. N-channel power MOSFET device enable the best possible combination of low drive current, very low dropout voltage and stability. However, low-dropout MOSFET operation requires an additional high-side voltage source (ΔU in schematic) for driving the gate.

With cars and other appliances, the wealthiest 20% of Egypt uses about 93% of the country's fuel subsidies. In some countries, fuel subsidies are a larger part of the budget than health and education. A 2008 study concluded that the money spent on in-kind transfers in India in a year could lift all India's poor out of poverty for that year if transferred directly. The primary obstacle argued against direct cash transfers is the impractically for poor countries of such large and direct transfers.

This tract of land, secured from the Lenape and Wyandot in the Treaty of Fort McIntosh, was subject to competing claims resulting from poorly executed grants. The land, impractically distant from Washington County, was gradually sold off for funds. After a difficult search for a headmaster, in which the trustees consulted Benjamin Franklin, the trustees unanimously selected Thaddeus Dod, considered to be the best scholar in western Pennsylvania. Instruction began on April 1, 1789 in the upper room of the log courthouse in Washington.

Practical bombes used several stacks of rotors spinning together to test multiple hypotheses about possible setups of the Enigma machine, such as the order of the rotors in the stack. While Turing's bombe worked in theory, it required impractically long cribs to rule out sufficiently large numbers of settings. Gordon Welchman came up with a way of using the symmetry of the Enigma stecker to increase the power of the bombe. His suggestion was an attachment called the diagonal board that further improved the bombe's effectiveness.

Another important enabling factor was advances in data compression, due to the impractically high memory and bandwidth requirements of uncompressed media. The most important compression algorithm is the discrete cosine transform (DCT), a lossy compression technique that was first proposed by Nasir Ahmed while he was working at the University of Texas in 1972. Camera phones were enabled by DCT-based compression standards, including the H.26x and MPEG video coding standards introduced from 1988 onwards, and the JPEG image compression standard introduced in 1992.

The "Spruce Moose", an absurdly tiny wooden plane Burns makes in the episode, is a parody of Hughes' impractically enormous wooden plane, derisively nicknamed the "Spruce Goose". Homer parodies the scene in the 1939 film The Wizard of Oz when the Scarecrow demonstrates his newly acquired intelligence by (incorrectly) reciting the law that governs the lengths of the sides of an isosceles triangle. Unlike in the film, somebody correctly points out that the Pythagorean theorem recited applies only to right triangles, not isosceles triangles.

In this way, code that can be distributed is adapted to specifics of the exact model's pipeline, binary coding, etc. The development of so many tool sets and processor designs may be impractically costly. Ivan Godard said that Mill's plan is to develop software tools that accept a specification for a Mill processor, and then write the software tools (assembler, compiler backend, and simulator), and the Verilog describing the CPU. In a demo video, Mill claimed to show early versions of the software to create an assembler and simulator.

By 2010 DIY magazines published many audio amplifier designs that employed the TL431 as a voltage gain device. Most were outright failures due to excessive negative feedback and low gain. Feedback is necessary to reduce open-loop nonlinearity, but, given limited open-loop gain of the TL431Theoretical DC gain of a silicon bipolar transistor, equal to the product of Early voltage and thermal voltage, is usually in the range of 3000-6000, or 20 dB higher than that of TL431., any practical feedback level results in impractically low closed-loop gain.

A central chilled water plant using air-cooled chillers, water-cooled chillers are cooled by a cooling tower Central cooling plants are used to condition large commercial, industrial, or campus loads. At larger scales, the ductwork required to move conditioned air to and from the plant would be impractically large, so an intermediate fluid such as chilled water is used instead. The plant circulates cold water to terminal chilled water devices such as air handlers or fan/coil units. The plant often consists of a chiller, which may be water or air cooled.

Practical online video hosting and video streaming was made possible by advances in video compression, due to the impractically high bandwidth requirements of uncompressed video. Raw uncompressed digital video has a bit rate of 168Mbit/s for SD video, and over 1Gbit/s for full HD video. The most important data compression algorithm that enabled practical video hosting and streaming is the discrete cosine transform (DCT), a lossy compression technique first proposed by Nasir Ahmed in 1972. The DCT algorithm is the basis for the first practical video coding format, H.261, in 1988.

The G suit was a garment, produced by the David Clark Company, which has air bladders situated at the calves, thighs, and abdomen of the wearer. The bladders inflate as the G-force acting on the aircraft increase, constricting the wearer's arteries, hence increasing blood pressure and blood flow to the brain. The G-suit was a superior solution to another alternative (a water-filled suit) being tested at the time, which was considered impractically heavy and cumbersome. The water-filled, pulsatile pressure suits were developed to effect venous return.

This led to the development of semiconductor image sensors, including the CCD and later the CMOS active-pixel sensor. The first semiconductor image sensor was the charge-coupled device, invented at Bell Labs in 1969, based on MOS capacitor technology. The NMOS active-pixel sensor was later invented at Olympus in 1985, which led to the development of the CMOS active-pixel sensor at NASA's Jet Propulsion Laboratory in 1993. Practical digital video cameras were also enabled by advances in video compression, due to the impractically high memory and bandwidth requirements of uncompressed video.

The typical starting size was 3000 to 5000 lines, but the system had essentially unlimited growth capacity. The earlier 1XB urban crossbar was impractically expensive in small installations, and had difficulties handling large trunk groups. 5XB was converted to wire spring relays in the 1950s and otherwise upgraded in the 1960s to serve exchanges with tens of thousands of lines. The final 5A Crossbar variant, produced starting in 1972, was available only in sizes of 980 and 1960 lines, and generally delivered on one pallet, rather than assembled on site as usual for larger exchanges.

Early film animators cited flip books as their inspiration more often than the earlier devices, which did not reach as wide an audience. The older devices by their nature severely limit the number of images that can be included in a sequence without making the device very large or the images impractically small. The book format still imposes a physical limit, but many dozens of images of ample size can easily be accommodated. Inventors stretched even that limit with the mutoscope, patented in 1894 and sometimes still found in amusement arcades.

Tickets marked as DORCHESTER STNS may be used to exit the railway network at any of the two stations. There is no direct rail service between the two stations and a short foot transfer is the only option. To move between West and South station by rail, impractically, passengers would have to travel to Weymouth or Upwey. Passengers who need to connect between the Heart of Wessex and South West Mainlines are advised to change at Upwey or Weymouth unless they wish to traverse the distance between the stations on foot.

Digital television's roots have been tied very closely to the availability of inexpensive, high performance computers. It was not until the 1990s that digital TV became a real possibility. Digital television was previously not practically feasible due to the impractically high bandwidth requirements of uncompressed digital video, requiring around 200Mbit/s (25MB/s) bit-rate for a standard-definition television (SDTV) signal, and over 1Gbit/s for high- definition television (HDTV). Digital TV became practically feasible in the early 1990s due to a major technological development, discrete cosine transform (DCT) video compression.

There are three important points to note. Firstly, to specify any one microstate, we need to write down an impractically long list of numbers, whereas specifying a macrostate requires only a few numbers (E, V, etc.). However, and this is the second point, the usual thermodynamic equations only describe the macrostate of a system adequately when this system is in equilibrium; non-equilibrium situations can generally not be described by a small number of variables. As a simple example, consider adding a drop of food coloring to a glass of water.

The NMOS APS was fabricated by Tsutomu Nakamura's team at Olympus in 1985. The CMOS active-pixel sensor (CMOS sensor) was later developed by Eric Fossum's team at the NASA Jet Propulsion Laboratory in 1993. Practical digital cameras were enabled by advances in data compression, due to the impractically high memory and bandwidth requirements of uncompressed images and video. The most important compression algorithm is the discrete cosine transform (DCT), a lossy compression technique that was first proposed by Nasir Ahmed while he was working at the University of Texas in 1972.

CMOS sensors enabled the mass proliferation of digital cameras and camera phones, which bolstered the rise of social media. An important feature of social media is digital media data compression, due to the impractically high memory and bandwidth requirements of uncompressed media. The most important compression algorithm is the discrete cosine transform (DCT), a lossy compression technique that was first proposed by Nasir Ahmed in 1972. DCT-based compression standards include the H.26x and MPEG video coding standards introduced from 1988 onwards, and the JPEG image compression standard introduced in 1992.

While it offered convenient access from Lake Simcoe to trade on the upper Great Lakes, its southern exit was still not complete, and impractically far to the east at Trenton. It was ultimately completed both for political reasons and as a way to secure water rights for hydroelectricity, the idea of using it as a shipping route was no longer important. Mulock proposed a short canal route from Holland Landing to Newmarket, with the possible extension to Aurora. South of Aurora, the Oak Ridges Moraine would make further progress difficult.

For example, the Adleman–Pomerance–Rumely primality test runs for nO(log log n) time on n-bit inputs; this grows faster than any polynomial for large enough n, but the input size must become impractically large before it cannot be dominated by a polynomial with small degree. An algorithm that requires superpolynomial time lies outside the complexity class P. Cobham's thesis posits that these algorithms are impractical, and in many cases they are. Since the P versus NP problem is unresolved, it is unknown whether NP-complete problem require superpolynomial time.

It should be authentic and real ... and appealing to women." When asked about the decision to give the Amazons heeled sandals, Jenkins explained that they also have flats for fighting, adding "It's total wish-fulfillment ... I, as a woman, want Wonder Woman to be sexy, hot as hell, fight badass, and look great at the same time ... the same way men want Superman to have ridiculously huge pecs and an impractically big body. That makes them feel like the hero they want to be. And my hero, in my head, has really long legs.

The trolleybuses (as well as the city's much larger tram fleet) used electricity generated at the Pinkston power station, later sold to the South of Scotland Electricity Board. Following the closure of the tram system in 1962, the maintenance of the electrical supply system solely for the trolleybuses became impractically expensive. Construction of approach roads to the Clyde Tunnel led to the abandonment of trolleybus services to Linthouse and Shieldhall in 1964. In 1965, Glasgow Corporation agreed to purchase 150 new Leyland Atlantean diesel buses to replace the remaining trolleybuses.

The long wavelengths made these frequencies unsuitable for use in hollow metal waveguides because of the impractically large diameter tubes required. Consequently, research into hollow metal waveguides stalled and the work of Lord Rayleigh was forgotten for a time and had to be rediscovered by others. Practical investigations resumed in the 1930s by George C. Southworth at Bell Labs and Wilmer L. Barrow at MIT. Southworth at first took the theory from papers on waves in dielectric rods because the work of Lord Rayleigh was unknown to him.

Practical digital videotelephony was only made possible with advances in video compression, due to the impractically high bandwidth requirements of uncompressed video. To achieve Video Graphics Array (VGA) quality video (480p resolution and 256 colors) with raw uncompressed video, it would require a bandwidth of over 92Mbps. The most important compression technique that enabled practical digital videotelephony and videoconferencing is the discrete cosine transform (DCT). The DCT, a form of lossy compression, was proposed in 1972 by Nasir Ahmed, who developed the algorithm with T. Natarajan and K. R. Rao at the University of Texas in 1973.

This can be used on lighter tanks, but the amount of kinetic energy in larger tanks makes the required brakes impractically large. Another disadvantage is that the differential will allow the tracks to turn at different speeds no matter what the cause may be. This may be the application of braking, but also occurs as the tank travels over terrain; if one side of the tank enters softer terrain and slows down, the tank will naturally turn towards that side. Forward momentum tends to offset this effect, so it is mainly a problem at low speeds.

Yarrow's U-tube circulation experiment Cleaning a Yarrow boiler It was already recognised that a water-tube boiler relied on a continuous flow through the water-tubes, and that this must be by a thermosyphon effect rather than impractically requiring a pump. The heated water-tubes were a large number of small diameter tubes mounted between large drums: the water drums below and steam drums above. Fairbairn's studies had already showed the importance of tube diameter and how small diameter tubes could easily withstand far higher pressures than large diameters. The drums could withstand the pressure by virtue of their robust construction.

Lawrence's 60-inch cyclotron, circa 1939, showing the beam of accelerated ions (likely protons or deuterons) exiting the machine and ionizing the surrounding air causing a blue glow. The cyclotron was an improvement over the linear accelerators (linacs) that were available when it was invented, being more cost- and space-effective due to the iterated interaction of the particles with the accelerating field. In the 1920s, it was not possible to generate the high power, high-frequency radio waves which are used in modern linacs (generated by klystrons). As such, impractically long linac structures were required for higher-energy particles.

For reentry and landing, the nose of each stage had a mechanism that would allow the nose to close into a point. The craft would have been long, and would weigh 500 tons. The craft itself would have been impractically massive for the time period; however, the design ignited public interest in that it was an early concept for a reusable vehicle to transport crew and cargo to space and back, and was the subject of an article in the December 1957 issue of Popular Science magazine. The original concept envisioned the craft launching from the White Sands Missile Range.

The extremely low photon fluxes at such high energies require detector effective areas that are impractically large for current space-based instruments. Such high-energy photons produce extensive showers of secondary particles in the atmosphere that can be observed on the ground, both directly by radiation counters and optically via the Cherenkov light which the ultra-relativistic shower particles emit. The Imaging Atmospheric Cherenkov Telescope technique currently achieves the highest sensitivity. Gamma radiation in the TeV range emanating from the Crab Nebula was first detected in 1989 by the Fred Lawrence Whipple Observatory at Mt. Hopkins, in Arizona in the USA.

Videotelephony developed in parallel with conventional voice telephone systems from the mid-to-late 20th century. Only in the late 20th century with the advent of powerful video codecs and high-speed broadband did it become a practical technology for regular use. With the rapid improvements and popularity of the Internet, it became widespread through the use of videoconferencing and webcams, which frequently utilize Internet telephony, and in business, where telepresence technology has helped reduce the need to travel. Practical digital videotelephony was only made possible with advances in video compression, due to the impractically high bandwidth requirements of uncompressed video.

Practical digital media distribution and streaming was made possible by advances in data compression, due to the impractically high memory, storage and bandwidth requirements of uncompressed media. The most important compression technique is the discrete cosine transform (DCT), a lossy compression algorithm that was first proposed as an image compression technique by Nasir Ahmed at the University of Texas in 1972. The DCT algorithm was the basis for the first practical video coding format, H.261, in 1988. It was followed by more DCT-based video coding standards, most notably the MPEG video formats from 1991 onwards.

The manufacture of the suit would have been highly specialised and complex, probably involving a number of master goldsmiths, and involve high levels of gilding, damascening the layers gold and silver, and leather stamping (embossing). It was probably created at the Louvre Atelier of Royal Armorers, and would not have been intended for wear at battle or jousts – the armour is purely decorative and suitable only for state processions and occasions; its form and design would impede movement and is impractically designed for defense. Armor of Henry II, King of France (reigned 1547–59) MET DP256970.

To serve the same purpose, the German Army adopted the MG08/15 which was impractically heavy at counting the water for cooling and one magazine holding 100 rounds. In 1918 the M1918 Browning Automatic Rifle (BAR) was introduced in the US military, the weapon was an "automatic rifle" and like the Chauchat was designed with the concept of walking fire in mind. The tactic was to be employed under conditions of limited field of fire and poor visibility such as advancing through woods. Early submachine guns were much used near the end of the war, such as the MP-18.

Since refractive indices at x-ray wavelengths are so close to 1, the focal lengths of normal lenses get impractically long. To overcome this lenses with very small radii of curvature are used, and they are stacked in long rows so that the combined focusing power gets appreciable. Since the refractive index is less than 1 for x-rays these lenses must be concave to achieve focusing, contrary to visible light lenses, which are convex for a focusing effect. Radii of curvature are typically less than a millimeter making the usable x-ray beam width at most about 1 mm.

The main event of Bang Bang was this spoof fly-on-the-wall docu-drama, which took us behind-the-scenes of Baron's Nightclub, the "4th best club in Hull." Paul Baron (Vic) was the dodgy proprietor who kept the premises' keys on impractically short "luxury chains" about his person. Vic and Bob have stated that despite visual similarities, Paul Baron was not modeled on famous nightclub owner Peter Stringfellow. Paul's previously long-lost brother Tony (Bob, with a bizarre Chinese accent) was in charge of the day-to-day running of the club, often expressing "serious reservations" about Paul's half-baked ideas.

Practical digital multimedia distribution and streaming was made possible by advances in data compression, due to the impractically high memory, storage and bandwidth requirements of uncompressed media. The most important compression technique is the discrete cosine transform (DCT), a lossy compression algorithm that was first proposed as an image compression technique by Nasir Ahmed at Kansas State University in 1972. The DCT algorithm was the basis for the first practical video coding format, H.261, in 1988. It was followed by more DCT-based video coding standards, most notably the MPEG video formats from 1991 onwards.

Practical digital media distribution and streaming was made possible by advances in data compression, due to the impractically high memory, storage and bandwidth requirements of uncompressed media. The most important compression technique is the discrete cosine transform (DCT), a lossy compression algorithm that was first proposed as an image compression technique in 1972. Realization and demonstration, on 29 October 2001, of the first digital cinema transmission by satellite in EuropeFrance Télécom, Commission Supérieure Technique de l'Image et du Son, Communiqué de presse, Paris, 29 October 2001.«Numérique : le cinéma en mutation», Projections, 13, CNC, Paris, September 2004, p. 7.

Panel antennas are common at Ultra high frequency (UHF) frequencies, where they are often used for cellular/mobile base stations or wireless networking due to their size and directional properties. At VHF frequencies, such an antenna would be impractically large for most receiving applications unless implemented as no more than a two-bay design. Some full- power radio stations do use multiple panel antenna bays, installed one above the other on the side of a tall antenna tower, to provide a directional transmitter pattern on these frequencies. The panel antenna is not practical at HF or lower frequencies due to its mechanical size.

The Westgate Ports sidings at Victoria Dock were opened in October 2009, with two siding tracks (650 and 580 metres long) and a run- around track. The sidings handles trains for Australian Paper at Maryvale in Gippsland, carrying containerised paper reels. The Webb Dock railway line opened on 27 February 1986 to link Webb Dock with the West Melbourne rail yards but was decommissioned in 1992 due to its impractically sharp bends and to enable the development of Docklands.Opening plaque Weston Langford The Yarra River bridge crossing on the rail link was reused as a pedestrian bridge as part of Docklands precinct.

The Rocket Development Department moved from Woolwich to Fort Halstead, and then to Aberporth in 1940, where it became the Projectile Development Establishment, with Sir Alwyn Crow as Controller of Projectile Development and Cook as his deputy. In 1943, Cook was asked to provide an expert opinion on military intelligence that the Germans were developing long-range rockets. Cherwell, Crow and Cook were agreed that a long-range liquid-propellant rocket was technologically infeasible, and a solid-propellant rocket using cordite would be impractically large. Wernher von Braun proved them wrong, with the successful deployment of the V-2 rocket.

The Thin Man gun-type design was at that time based on the fissibility of the very pure plutonium-239 isotope so far only produced in microgram quantities by the Berkeley cyclotron. When the Hanford production reactors came on-line in early 1944, the mix of plutonium-239 and plutonium-240 obtained was found to have a high rate of spontaneous fission. To avoid pre-detonation, the muzzle velocity of the gun-type design would need to be greatly raised, making it impractically long. Thin Man as a plutonium- based design was therefore abandoned and the weapon was re-designed to use uranium-235.

One of these techniques is 'wet- folding,' the practice of dampening the paper somewhat during folding to allow the finished product to hold shape better. Variations such as modular origami, also known as unit origami, is a process where many origami units are assembled to form an often decorative whole. Complex origami models normally require thin, strong paper or tissue foil for successful folding; these lightweight materials allow for more layers before the model becomes impractically thick. Modern origami has broken free from the traditional linear construction techniques of the past, and models are now frequently wet- folded or constructed from materials other than paper and foil.

Not all approximation algorithms are suitable for direct practical applications. Some involve solving non- trivial linear programming/semidefinite relaxations (which may themselves invoke the ellipsoid algorithm), complex data structures, or sophisticated algorithmic techniques, leading to difficult implementation issues or improved running time performance (over exact algorithms) only on impractically large inputs. Implementation and running time issues aside, the guarantees provided by approximation algorithms may themselves not be strong enough to justify their consideration in practice. Despite their inability to be used "out of the box" in practical applications, the ideas and insights behind the design of such algorithms can often be incorporated in other ways in practical algorithms.

However, the rock formations of the mountain proved much more difficult to excavate than expected, and the tunnel contractor went bankrupt in September 1894 after excavating about at both ends. Most of the remaining grading was completed, but the tunnel proved impractically difficult to complete, and the railroad was given up as a failure in 1895. Part of the grade from New Germantown to Big Spring was later used by the Perry Lumber Company for a gauge logging railroad from 1900 to 1905. Much of the grading is now preserved as hiking trails in Big Spring State Forest Picnic Area and Tuscarora State Forest.

Digital bandwidth may also refer to: multimedia bit rate or average bitrate after multimedia data compression (source coding), defined as the total amount of data divided by the playback time. Due to the impractically high bandwidth requirements of uncompressed digital media, the required multimedia bandwidth can be significantly reduced with data compression. The most widely used data compression technique for media bandwidth reduction is the discrete cosine transform (DCT), which was first proposed by Nasir Ahmed in the early 1970s. DCT compression significantly reduces the amount of memory and bandwidth required for digital signals, capable of achieving a data compression ratio of up to 100:1 compared to uncompressed media.

Most games end in a victory for one of the players. One player may have lost so many pieces or his pieces are impractically positioned on the board that he feels he can no longer win the game so he decides to resign. However, any player may propose a draw at any time; the opponent can either decline, so play continues, or agree, and thus the game ends in a tie. At the end of a match, whether as a draw or as a victory for one player, it is courteous but not required to allow the opposing player a view of the surviving pieces before they are taken off the board, as well as of the eliminated pieces.

A Bloom filter is a space-efficient probabilistic data structure, conceived by Burton Howard Bloom in 1970, that is used to test whether an element is a member of a set. False positive matches are possible, but false negatives are not – in other words, a query returns either "possibly in set" or "definitely not in set". Elements can be added to the set, but not removed (though this can be addressed with the counting Bloom filter variant); the more items added, the larger the probability of false positives. Bloom proposed the technique for applications where the amount of source data would require an impractically large amount of memory if "conventional" error-free hashing techniques were applied.

Once again, by detecting only the upper range of the frequency band, the upper fundamentals and the harmonics of the lower bands could both be detected with the same equipment, without requiring an impractically broad frequency range for the detector receiver. Two new problems needed to be addressed for detection of the new sets: firstly the emissions were both higher in frequency and lower in signal strength than before. Secondly, the propagation of signals at this wavelength and their tendency for confusing reflections from many nearby surfaces meant that the previous triangulation method from a couple of positions was no longer reliable. A method was needed which could replace triangulation by a more immediate form of location.

Soon, the gun was seen to be useful in marching fire assaults, notably by the Australian Corps in the July 1918 Battle of Hamel. To serve the same purpose, the German Army adopted the MG08/15 which was impractically heavy at counting the water for cooling and one magazine holding 100 rounds. In 1918 the M1918 Browning Automatic Rifle (BAR) was introduced in the US Army, and with the weapon came new field tactics including marching fire. The BAR's shoulder sling was to be adjusted in length to allow the butt of the weapon to be held firmly at the side of the torso just above the hips, with one hand at the trigger and the other hand aiming.

In 2005, the building underwent an extensive $20 million renovation directed by Chicago architect Gunny Harboe, whose restoration work included Loop landmarks the Rookery Building and Reliance Building. The project included restoration of the main lobby to emphasize the design features of the art deco era, elevator modernization, façade renovation and cleaning, and the continued renovation of upper floor corridors and hallways. Though impractically small for modern use, mailboxes in the lobby were restored to their original condition to follow the theme of vertical lines found throughout the complex. An improved electrical infrastructure, with ten main feeds from seven different Commonwealth Edison electrical substations, was added in addition to redundant cooling systems and upgraded telecommunications capabilities.

Practical online video streaming was only made possible with advances in data compression, due to the impractically high bandwidth requirements of uncompressed video. Raw digital video requires a bandwidth of 168Mbit/s for SD video, and over 1Gbit/s for FHD video. The most important compression technique that enabled practical video streaming is the discrete cosine transform (DCT), a form of lossy compression first proposed in 1972 by Nasir Ahmed, who then developed the algorithm with T. Natarajan and K. R. Rao at the University of Texas in 1973. The DCT algorithm is the basis for the first practical video coding format, H.261, in 1988, and all the MPEG video formats from 1991 onwards.

In automata theory, a set of all palindromes in a given alphabet is a typical example of a language that is context-free, but not regular. This means that it is impossible for a computer with a finite amount of memory to reliably test for palindromes. (For practical purposes with modern computers, this limitation would apply only to impractically long letter-sequences.) In addition, the set of palindromes may not be reliably tested by a deterministic pushdown automaton which also means that they are not LR(k)-parsable or LL(k)-parsable. When reading a palindrome from left-to-right, it is, in essence, impossible to locate the "middle" until the entire word has been read completely.

Some researchers believe that it is possible to define two types of gambler's fallacy: type one and type two. Type one is the classic gambler's fallacy, where individuals believe that a particular outcome is due after a long streak of another outcome. Type two gambler's fallacy, as defined by Gideon Keren and Charles Lewis, occurs when a gambler underestimates how many observations are needed to detect a favorable outcome, such as watching a roulette wheel for a length of time and then betting on the numbers that appear most often. For events with a high degree of randomness, detecting a bias that will lead to a favorable outcome takes an impractically large amount of time and is very difficult, if not impossible, to do.

For making the three color-filtered negatives required, he was able to develop materials and methods which were not as completely blind to red and green light as those used by Thomas Sutton in 1861, but they were still very insensitive to those colors. Exposure times were impractically long, the red or orange-filtered negative requiring hours of exposure in the camera. His earliest surviving color prints are "sun prints" of pressed flowers and leaves, each of the three negatives having been made without a camera by exposing the light-sensitive surface to direct sunlight passing first through a color filter and then through the vegetation. His first attempts were based on the red-yellow-blue colors then used for pigments, with no color reversal.

High-definition digital video was not possible with uncompressed video due to impractically high memory and bandwidth requirements, with a bit-rate exceeding 1Gbit/s for full HD video. Digital HDTV was enabled by the development of discrete cosine transform (DCT) video compression. The DCT is a lossy compression technique that was first proposed by Nasir Ahmed in 1972, and was later adapted into a motion-compensated DCT algorithm for video coding standards such as the H.26x formats from 1988 onwards and the MPEG formats from 1993 onwards. Motion- compensated DCT compression significantly reduced the amount of memory and bandwidth required for digital video, capable of achieving a data compression ratio of around 100:1 compared to uncompressed video.

It was not until the 1990s that digital TV became feasible. Digital television was previously not practically feasible due to the impractically high bandwidth requirements of uncompressed digital video, requiring around 200Mbit/s bit-rate for a standard-definition television (SDTV) signal, and over 1Gbit/s for high-definition television (HDTV). Digital TV became practically feasible in the early 1990s due to a major technological development, discrete cosine transform (DCT) video compression. DCT coding is a lossy compression technique that was first proposed for image compression by Nasir Ahmed in 1972, and was later adapted into a motion-compensated DCT video coding algorithm, for video coding standards such as the H.26x formats from 1988 onwards and the MPEG formats from 1991 onwards.

The DCT is the most widely used transformation technique in signal processing, and by far the most widely used linear transform in data compression. DCT data compression has been fundamental to the Digital Revolution. Uncompressed digital media as well as lossless compression had impractically high memory and bandwidth requirements, which was significantly reduced by the highly efficient DCT lossy compression technique, capable of achieving data compression ratios from 8:1 to 14:1 for near-studio-quality, up to 100:1 for acceptable-quality content. The wide adoption of DCT compression standards led to the emergence and proliferation of digital media technologies, such as digital images, digital photos, digital video, streaming media, digital television, streaming television, video-on-demand (VOD), digital cinema, high-definition video (HD video), and high-definition television (HDTV).

Outdated Iguanodon statues created by Benjamin Waterhouse Hawkins for the Crystal Palace Park in 1853 The battles that may have occurred between Tyrannosaurus rex and Triceratops are a recurring theme in popular science and dinosaurs' depiction in culture By human standards, dinosaurs were creatures of fantastic appearance and often enormous size. As such, they have captured the popular imagination and become an enduring part of human culture. The entry of the word "dinosaur" into the common vernacular reflects the animals' cultural importance: in English, "dinosaur" is commonly used to describe anything that is impractically large, obsolete, or bound for extinction. Public enthusiasm for dinosaurs first developed in Victorian England, where in 1854, three decades after the first scientific descriptions of dinosaur remains, a menagerie of lifelike dinosaur sculptures was unveiled in London's Crystal Palace Park.

The instrument described by the musician and historian Charles Burney is a more unusual type of claviorgan. Used in Westminster Abbey for one of the Handel commemoration services in 1784; the instrument consisting of a harpsichord at the front of the orchestra which was connected to an organ mounted on a screen behind the performers. Burney describes in brief the way the two instruments were connected; > “The keys of communication with the harpsichord, at which Mr. Bates, the > conductor, was seated, extended nineteen feet from the body of the organ, > and twenty feet seven inches below the perpendicular of the set of keys by > which it is usually played … to convey them to so great a distance from the > instrument, without rendering the touch impractically heavy, required > uncommon ingenuity and mechanical resources.” It was made by Samuel Green of Islington for Canterbury Cathedral.

Other contributors to the debate of techniques used by artists included on 8 March 2012 Tim's Vermeer, documentary film "Jan Vermeer and the Camera Obscura" which made the claim that a newly invented instrument, probably unknown to Vermeer1632 – 1675 in the Music Lesson 1664, thus disproving conclusively the previously thought idea that he used the camera obscura technique in this and other work. On 14 March 2014, David Hockney presented a BBC Documentary, Secret Knowledge - Part One featuring Phillip Steadman’s book Vermeer’s Camera. Konstam disputed this in his third film on Vermeer, pointing out that Johan Vermeer died in debt had a large family and would have needed a very large studio (over 6m in length) whereas Konstam's explanation needs only a small studio of just over 3 m. Furthermore, the image from a 17th-century camera is impractically small and weak.

Stability theory predicted that an amplifier built to Williamson's specifications could only be stable if the bandwidth of its output transformer was no less than 2.5...160000 Hz. This was impractically wide for an audio amplifier, requiring an exceptionally large, complex and expensive transformer. Williamson, seeking a working solution, had to decrease phase margin to a bare minimum; even then, the required bandwidth had to be no less than 3,3...60000 Hz. Such a transformer, driven by a pair of triode-connected KT66, had to have primary winding inductance of at least 100 H, and leakage inductance of no more than 33 mH. These were extremely demanding specifications for the period, far exceeding anything available on the consumer market. The Williamson transformers had to be heavier, larger, more complex and more expensive than typical audio transformers, and yet they could only guarantee minimally acceptable stability.

The combination of length, weight and shape of a projectile determines the twist rate needed to stabilize it - barrels intended for short, large-diameter projectiles like spherical lead balls require a very low twist rate, such as 1 turn in 48 inches (122 cm). Barrels intended for long, small-diameter bullets, such as the ultra-low-drag, 80-grain 0.223 inch bullets (5.2 g, 5.56 mm), use twist rates of 1 turn in 8 inches (20 cm) or faster. In some cases, rifling will have changing twist rates that increase down the length of the barrel, called a gain twist or progressive twist; a twist rate that decreases from breech to muzzle is undesirable, since it cannot reliably stabilize the bullet as it travels down the bore. Extremely long projectiles, such as flechettes, require impractically high twist-rates to be gyroscopically stabilized, and are often stabilized aerodynamically instead.

One might attempt to circumvent the problem by confining the fission fuel magnetically, in a manner similar to the fusion fuel in a tokamak. Unfortunately it is not likely that this arrangement will actually work to contain the fuel, since the ratio of ionization to particle momentum is not favourable. Whereas a tokamak would generally work to contain singly ionized deuterium or tritium with a mass of two or three daltons, the uranium vapour would be at most triply ionized with a mass of 235 dalton (unit). Since the force imparted by a magnetic field is proportional to the charge on the particle, and the acceleration is proportional to the force divided by the mass of the particle, the magnets required to contain uranium gas would be impractically large; most such designs have focused on fuel cycles that do not depend upon retaining the fuel in the reactor.

Implicit methods are used because many problems arising in practice are stiff, for which the use of an explicit method requires impractically small time steps \Delta t to keep the error in the result bounded (see numerical stability). For such problems, to achieve given accuracy, it takes much less computational time to use an implicit method with larger time steps, even taking into account that one needs to solve an equation of the form (1) at each time step. That said, whether one should use an explicit or implicit method depends upon the problem to be solved. Since the implicit method cannot be carried out for each kind of differential operator, it is sometimes advisable to make use of the so called operator splitting method, which means that the differential operator is rewritten as the sum of two complementary operators :Y(t+\Delta t) = F(Y(t+\Delta t))+G(Y(t)),\, while one is treated explicitly and the other implicitly.

Jenkins disagrees with this line of critique. She has stated that she was raised by a second-wave "feminist mother", who taught her to be "both super aware that there had been sexism but also: 'Congratulations—thank you, now I get to do whatever I want, Mom! Jenkins thus notes that it is this upbringing which has led her to question a feminist critique of Wonder Woman's costume. When she was working on her own version of Wonder Woman's "Gladiator" re-design of the outfit (in the 2016 film Batman v Superman: Dawn of Justice) Jenkins decided that Wonder Woman (as well as the other Amazons) "shouldn't be dressed in armor like men ... It should be different ... I, as a woman, want Wonder Woman to be hot as hell, fight badass, and look great at the same time—the same way men want Superman to have huge pecs and an impractically big body.

First Hebrew school in Rishon Lezion Hebrew was revived as a spoken language two millennia after it ceased to be spoken (although it was always used as a written language), and is considered a language revival "success story". Although used in liturgy, and to a limited extent commerce, it was extinct as a language used in everyday life until its revival, considered impractically archaic or too sacred for day-to-day communication, although it was, in fact, used as an international language between Jews who had no other common tongue, with several Hebrew-medium newspapers in circulation around Europe at the beginning of the 19th century, and a number of Zionist conferences being conducted exclusively in Hebrew. Starting in the late 19th century, it was revived as an everyday spoken language as part of the emerging Zionist movement. Eliezer Ben-Yehuda largely spearheaded the revival efforts, and his son Itamar Ben-Avi was raised as the first native Hebrew speaker since Hebrew's extinction as an everyday language.

Instantaneous discs are so called because they can be played immediately after recording without any further processing, unlike the delicate wax master discs which had to be plated and replicated as pressings before they could be played non- destructively. By late 1929, instantaneous recordings were being made by indenting, as opposed to engraving, a groove into the surface of a bare aluminum disc. The sound quality of these discs was inadequate for broadcast purposes, but they were made for sponsors and performers who wanted to have recordings of their broadcasts, a luxury which was impractically expensive to provide by the wax mastering, plating and pressing procedure. Only a very few pre-1930 live broadcasts were deemed important enough to preserve as pressings, and many of the bare aluminum discs perished in the scrap metal drives of World War II, so that these early years of radio are mostly known today by the syndicated programs on pressed discs, typically recorded in a small studio without an audience, rather than by recordings of live network and local broadcasts.

These costumes reflect darker or more heavily armoured styles that Bruce considered using before he decided to go with a simple design that could be adapted for multiple situations, feeling that others suffered such problems as impractically large capes, excess padding providing enhanced protection at the cost of mobility, or looking too demonic for his goal of becoming part of the darkness without appearing too intimidating for the people he was trying to protect. Later in the storyline, Talia is able to direct her son, Tallant, to oppose his grandfather, with Tallant donning his father's own Batsuit to infiltrate Ra's's plans and destroy his grandfather's army. In Elseworld's Finest—retelling the origins of Superman and Batman in the style of pulp fiction narratives in the 1930s—Bruce Wayne is a former playboy turned impoverished archaeologist. During a confrontation with Ra's al Ghul's men on a quest for the lost city of Argos, Wayne is badly injured by a poisoned sword, but is confronted by the spirit of the ancient warrior-wizard Kha.

Forming the backbone of the Imperial Japanese Navy during the First Sino-Japanese War, the Matsushima- class cruisers were based on the principles of Jeune Ecole, as promoted by French military advisor and naval architect Louis-Émile Bertin.Roksund, The Jeune École: The Strategy of the Weak; The Japanese government did not have the resources or budget to build a battleship navy to counter the various foreign powers active in Asia; instead, Japan adopted the radical theory of using smaller, faster warships, with light armor and small caliber long-range guns, coupled with a massive single Canet gun. The design eventually proved impractical, as the recoil from the huge cannon was too much for a vessel of such small displacement, and its reloading time was impractically long; however, the Matsushima-class cruisers served their purpose well against the poorly equipped and poorly led Imperial Chinese Beiyang Fleet. Itsukushima was built by the Société Nouvelle des Forges et Chantiers de la Méditerranée naval shipyards at La Seyne-sur-Mer, in France, and was launched on 18 June 1889.

Forming the backbone of the Imperial Japanese Navy during the First Sino-Japanese War, the Matsushima- class cruisers were based on the principles of Jeune Ecole, as promoted by French military advisor and naval architect Louis-Émile Bertin.Roksund, The Jeune École: The Strategy of the Weak; The Japanese government did not have the resources or budget to build a battleship navy to counter the various foreign powers active in Asia; instead, Japan adopted the radical theory of using smaller, faster warships, with light armor and small caliber long-range guns, coupled with a massive single Canet gun. The design eventually proved impractical, as the recoil from the huge cannon was too much for a vessel of such small displacement, and its reloading time was impractically long; however, the Matsushima-class cruisers served their purpose well against the poorly equipped and poorly led Imperial Chinese Beiyang Fleet. There were originally plans to build a fourth vessel in this class, and its cancellation due concerns over the design was one of the factors that led to Bertin's resignation and return to France.

The impact of damping wires of the aperture grill CRT, is far less than the total extra metal in the cromaclear mask which is effectively like having a thick damping wire for each row of phosphor. This in turn means that the cromaclear CRT needs a much more powerful electron beam to illuminate the phosphors brightly, which reduces the overall life of the CRT and its focusing ability, which is the most expensive part of any CRT monitor or television. Damping wires are sensitive and are more susceptible to shipping damage, but usually the glass would be broken before the damping wires give way, making aperture grill CRTs equally robust to any other under normal conditions. They also have the potential to be affected by harmonic distortion when speakers are placed near the CRT, however for this to be a visible problem the speakers would need to be impractically close to the screen and producing a very high sound output, so in effect this effect would have to be contrived by speaker position rather than a problem in operation.

Forming the backbone of the Imperial Japanese Navy during the First Sino-Japanese War, the Matsushima-class cruisers were based on the principles of Jeune École, as promoted by French military advisor and naval architect Louis-Émile Bertin.Roksund, The Jeune École: The Strategy of the Weak; The Japanese government did not have the resources or budget to build a battleship navy to counter the various foreign powers active in Asia; instead, Japan adopted the radical theory of using smaller, faster warships, with light armor and small caliber long-range guns, coupled with a massive single Canet gun. The design eventually proved impractical, as the recoil from the huge cannon was too much for a vessel of such small displacement, and its reloading time was impractically long; however, the Matsushima-class cruisers served their purpose well against the poorly equipped and poorly led Imperial Chinese Beiyang Fleet. Matsushima was built by the Société Nouvelle des Forges et Chantiers de la Méditerranée naval shipyards at La Seyne-sur-Mer in France.

The biographers of Charlemagne record that he always dressed in the Frankish style, which means that he wore similar if superior versions of the clothes of better-off peasants over much of Europe for the later centuries of the period: No English monarch of the time had his dress habits recorded in such detail. The biographers also record that he preferred English wool for his riding-cloaks (sagæ), and complained to Offa of Mercia about a trend to make cloaks imported into Frankia impractically short. A slightly later narrative told of his dissatisfaction with the short cloaks imported from Frisia: "What is the use of these pittaciola: I cannot cover myself up with them in bed, when riding I cannot defend myself against wind and rain, and getting down for Nature's call, the deficiency freezes the thighs".... ad necessaria naturæ tibiarum congelatione deficio: quoted in H. R. Loyn, Anglo-Saxon England and the Norman Conquest, 2nd ed. 1991:88–89.. It should be noted, however, that he was six foot four inches tall.

Forming the backbone of the Imperial Japanese Navy during the First Sino-Japanese War, the Matsushima-class cruisers were based on the principles of Jeune Ecole, as promoted by French military advisor and naval architect Louis-Émile Bertin.Roksund, The Jeune École: The Strategy of the Weak; The Japanese government did not have the resources or budget to build a large battleship navy to counter the heavier vessels of the Imperial Chinese Beiyang Fleet; instead, Japan adopted the radical theory of using smaller, faster warships, with light armor and small caliber long-range guns, coupled with a massive single main weapon. The design eventually proved impractical, as the recoil from the huge cannon was too much for vessels of such small displacement, and reloading time on the cannon was impractically long; however, the Matsushima-class cruisers served their purpose well against the poorly equipped and poorly led Imperial Chinese Beiyang Fleet. There were originally plans to build a fourth vessel in this class, and its cancellation due to concerns over the design was one of the factors that led to Bertin's resignation and return to France.