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113 Sentences With "find the solution"

How to use find the solution in a sentence? Find typical usage patterns (collocations)/phrases/context for "find the solution" and check conjugation/comparative form for "find the solution". Mastering all the usages of "find the solution" from sentence examples published by news publications.

type: All Declarative Interrogative Exclamative

structure: All Simple Compound Complex Compound-Complex

length: All <=10 words 10-20 words 20-30 words 30-50 words

"If you don't know the problem, you can't find the solution for it."3.
Washington, at least as it stands now, will not find the solution on its own.
Eventually they will find the solution to the scientific puzzle and build their chosen bomb.
But then you try to read and go down, and you can&apost find the solution.
If they could find the solution to adblocking, why would they need a service like FlattrPlus?
"And if the government can't find the solution ... then parliament needs to," he told BBC radio.
"Humor can no more find the solution to race problems than it can cure cancer," he said.
"Humor can no more find the solution to race problems than it can cure cancer," Gregory said.
You'll be agitated about money this evening, and you'll feel pushed to find the solution your problems.
If it were easy, we would have been able to find the solution in the past three years.
All May's potential successors have said they could find the solution to the Brexit crisis which eluded her.
So, I think if they are really concern, then why don&apost you find the solution going forward.
The process takes time, money and soul-searching among communities to find the solution that works for them.
"Let's see if we can find the solution," Trump said during a luncheon with Abbas and his advisors.
"Let's see if we can find the solution," Trump said during a luncheon with Abbas and his advisers.
Deficit hawks have long discussed how today's growing debt means the next generation will have to find the solution.
"The times are becoming increasingly hard, and only in unity can we can find the solution to our problems."
"Let's see if we can find the solution," Trump said later during a luncheon with Abbas and his advisors.
The puzzles are uniformly strange, but they're also playful, letting you experiment with ideas until you find the solution.
While the current generation may be set in its ways, Theron calls upon the next one to find the solution.
I encourage people to think outside the box and not quit until they find the solution that works for them.
"The political temperature has risen following arrests and jailings so we need to find the solution to this," Chhay Eang said.
Myanmar had to consider its relations with China, its largest trade partner, and "was working hard to find the solution," he said.
" "My hope and the Estonian hope is that we will find the solution about the top positions at the end of this council.
"I just want to help as many people as possible find the solution to their acne or feel beautiful in the meantime," she says.
Like Mr Sanders, they may be doomed to succeed by raising the issue but letting somebody else, most likely Mrs Merkel, find the solution.
You can say we wait until we find the solution but that means if more clocks fail we will reduce the capability of Galileo.
"There was a worldwide need for intuitive digital apps to enhance cognitive brain functions, and I was determined to find the solution," says Griffiths.
A common denominator for many of these crises is in how we use the land, and that is where we will find the solution.
There isn't really a tutorial or rules, just things you intrinsically pick up as you fiddle and poke at different parts to find the solution.
"I wanted to find the solution that will engage children aged 5-10, meet them at their cognitive and motor skills," Vikas Gupta told Reuters.
It is hard not to feel that is because he is trying to find the solution, when his first concern is fully to understand the problem.
Each puzzle in Kami 2 looks like something you'd want to put on a wall — you almost don't want to mess with it to find the solution.
I analyze everything I do and when I see something I don't like I try to find the solution and that's why I'm so hard on myself.
And while it's inspiring to see that many women coming together to effect change, it's also an indicator that it's time for us to find the solution.
Though our top-rated picks are frequently listed as favorites for a reason, it's most important to find the solution that makes the most sense for your family.
"What we need to do is find the solution," said Nick Boles, one of the Conservative MPs behind the plan, who said he would vote for May's deal.
"What we need to do is find the solution," said Nick Boles, one of the Conservative lawmakers behind the plan, who said he would vote for May's deal.
"Maybe the problem is too hard for the AI to solve, but if you pair this tech with (a human worker), their ability and speed to find the solution goes up rapidly," he said.
"This is just going to help maybe spark some ideas or some reminders of how divided we are, so hopefully we can inspire one person to find the solution and start the dialogue," he said.
The CEO of Ruma, Aldi Haryopratomo, one of the companies in our FinTech portfolio, told us that just by hanging out in a Silicon Valley coffee shop, founders could find the solution to complicated technical problems.
For bitcoin transactions to clear, computers compete to find the solution to a computational problem, which NEM developers say makes the rich richer as those who have money can afford more hardware to solve such problems.
"It could be a sleepless night for both players, Sam thinking about the opportunity and Novak trying to find the solution," said Jim Courier, the United States Davis Cup captain and a former world No. 22.
This is a common road that people travel: When they can't find the solution, empathy, or emotional support they're looking for from a medical doctor, they turn elsewhere, to people who put the power back into their hands.
I like themes that require two steps to find the solution (for example, Trenton Charlson's 'Battleship' New York Times puzzle, in which an answer like PTCRUISER becomes PTXXX.) Matt Gaffney's contest crosswords often depend on this kind of double deduction.
PARIS (Reuters) - Novak Djokovic's season reached a new low with a crushing defeat by Dominic Thiem in the French Open quarter-finals on Wednesday and afterwards the Serb admitted he was struggling to find the solution to stop the slide.
" GERMAN CHANCELLOR ANGELA MERKEL On Iran: "What unites us, and that is a big step forward, is that we not only don't want Iran to have nuclear weapons, but also that we (want to) find the solution to that via political means.
"The matter requires bravery and patience to reach the end, but we will find the solution because waiting is a waste of time," a statement from the presidency cited Aoun as saying in a meeting with the head of the Melkite Greek Catholic Church.
"What unites us, and that is a big step forward, is that we not only don't want Iran to have nuclear weapons, but we also (want to) find the solution to that via political means," German Chancellor Angela Merkel said at the end of the gathering.
If you find the solution, you broadcast it to the rest of the network; if a majority of the network agrees you've solved the puzzle (it's simple to confirm), you receive a payment (in the form of newly minted or "mined" Bitcoin) and the block is added to the chain.
In mathematics, the Fictitious domain method is a method to find the solution of a partial differential equations on a complicated domain D, by substituting a given problem posed on a domain D, with a new problem posed on a simple domain \Omega containing D.
In numerical analysis, the balancing domain decomposition method (BDD) is an iterative method to find the solution of a symmetric positive definite system of linear algebraic equations arising from the finite element method.J. Mandel, Balancing domain decomposition, Comm. Numer. Methods Engrg., 9 (1993), pp. 233-241\.
In mathematics, Anderson acceleration, also called Anderson mixing, is a method for the acceleration of the convergence rate of fixed-point iterations. Introduced by Donald G. Anderson, this technique can be used to find the solution to fixed point equations f(x) = x often arising in the field of computational science.
In the desert savannah, Kodou and Tano meet Ayoka, the caretaker of a century old tree that a contractor wants to cut down. Kodou, guided by Ayoka, seeks his ancestors to ask for their help. Tano stays at the tree to protect it. But the ancestors can only advise him, the children must find the solution themselves.
Islamic scholar Asghar Ali Engineer cites a hadith related by a sahabi (companion of the Islamic prophet Muhammad) by the name of Muadh ibn Jabal (also Ma’adh bin Jabal), as the basis for ijtihad. According to the hadith from Sunan Abu- Dawud, Book 24, Muadh was appointed by Muhammad to go to Yemen. Before leaving he was asked how he would judge when the occasion of deciding a case arose. > Ma’adh said, according to the Quran. The Prophet thereupon asked what he > would do if he did not find the solution to the problem in the Quran, to > which Ma’adh said he would govern according to the Sunnah. But when the > Prophet asked if he could not find it in the Sunnah also, Ma’adh said "ana > ajtahidu" (I will exert myself to find the solution).
More recently quasi-Newton methods have been applied to find the solution of multiple coupled systems of equations (e.g. fluid–structure interaction problems or interaction problems in physics). They allow the solution to be found by solving each constituent system separately (which is simpler than the global system) in a cyclic, iterative fashion until the solution of the global system is found.
Living systems are a complex dance of forces which find a stability far from balance. Any attainment of balance is quickly met by rising pain which ends the momentary experience of satisfaction or contentment achieved. Buddha's task was to find the solution to this never-ending descent into dissatisfaction or Dukkha. The Buddhist faith is based on the belief that he succeeded.
He had inherited the tendency for heart disease from his father, who died too young several years before. At that time, surgery was considered the only solution. Within six years, Kowalski was back on the operating table for another set of bypasses, following yet another major heart attack. He used his medical and journalist training to find the solution to saving his own life.
Although analytical solutions can only be found for specific and simple cases, they give a good insight to deal with more complex situations. Analytical solutions for regular subsystems can also be combined to provide detailed descriptions of complex structures. In Prof. Batty's work, a Fourier series expansion to the temperature in the Laplace domain is introduced to find the solution to the linearized heat equation.
Mirror Sarek is taken aback by Burnham's memories, and concludes she is a compassionate person who means them no harm. Burnham becomes curious of Voq's ability to forge alliances with other alien races, in order to find the solution to the Klingon war in her universe. Voq's explanation triggers Tyler who speaks in Klingon and attacks Voq. Burnham convinces Mirror Voq to spare Tyler's life.
Many of the puzzles are well known because they were discussed by Martin Gardner in his "Mathematical Games" column in Scientific American. Mathematical puzzles are sometimes used to motivate students in teaching elementary school math problem solving techniques.Kulkarni, D. Enjoying Math: Learning Problem Solving With KenKen Puzzles , A textbook for teaching with KenKen Puzzles. Creative thinking (Thinking outside the box) often helps to find the solution.
He claims that chess is not allowed in the building. After Sam Westing dies, at the beginning of the book, it emerges that most of the tenants are named as heirs in Westing's will. The will is structured like a puzzle, with the 16 heirs challenged to find the solution. Each of the eight pairs, assigned seemingly at random, is given $10,000 cash and a different set of baffling clues.
In terms of mathematics, the method is based upon the use of the Radon Transform. But as Cormack remembered later,Allen M.Cormack: My Connection with the Radon Transform, in: 75 Years of Radon Transform, S. Gindikin and P. Michor, eds., International Press Incorporated (1994), pp. 32–35, he had to find the solution himself since it was only in 1972 that he learned of the work of Radon, by chance.
The company was founded in 2016 by Neha Arora, an electronics and communication engineering graduate. Her mother has polio from childhood and is a wheelchair-user while an infection rendered her father visually impaired when he was in college. There were instances when the family had traveled 1,000-2,000 miles only to realize that the place was not accessible. When she reached out to find the solution, she found none.
However, this only served to increase Judit's curiosity. After learning the rules, they discovered Judit was able to find solutions to the problems they were studying, and she began to be invited into the group. One evening, Susan was studying an endgame with their trainer, a strong International Master. Unable to find the solution, they woke Judit, who was asleep in bed and carried her into the training room.
The user does not need a large quantity of literature to analyse a space mission subject. Based on the task, STARMAD uses suitable formulas to find the solution. Starting from the requirements, the engineer can carry out fundamental Space Mission Analyses, not only in terms of engineering parameters but also in terms of Mission Operations Complexity. In addition, configuring STARMAD with an existing space mission and satellite, it is possible to test critical applied modifications.
The objective is to find the solution (in any way) and to transfer it to the verification server within a given time. The best 20-30 teams qualify for the final. The qualifying round is open for all the teams who have registered via Deadline24 website before the registration deadline. The final task of the contest consists of an appropriate interaction with the contest server under the terms and conditions specified in the task.
Symbolab was released in late 2011 by three Israelis, Michal Avny (CEO), Adam Arnon (Chief Scientist) and Lev Alyshayev (CTO). They created an engine which can interpret a user-entered equation or symbolic problem and find the solution if it exists. Then they added the ability to show all the steps explaining the calculation. Symbolab takes the hassle out of the equation Eqsquest started in 2011 as a mathematical semantic search engine.
His only interest seems to be to find the solution for the Theory of everything an equation long regarded as the Holy Grail of physics, which Gene thinks may prove the existence of God. Doug tells him about his financial problems, and Gene wants to help him. They create a financial plan and find investors that give Doug the necessary capital. While celebrating, Gene falls to ground and is taken to the hospital.
Bending of a rectangular plate under the action of a distributed force q per unit area. For rectangular plates, Navier in 1820 introduced a simple method for finding the displacement and stress when a plate is simply supported. The idea was to express the applied load in terms of Fourier components, find the solution for a sinusoidal load (a single Fourier component), and then superimpose the Fourier components to get the solution for an arbitrary load.
For N = 2 \, and large initial capitals x_1, x_2 \, the solution can be well approximated by using two-dimensional Brownian motion. (For N \geq 3 this is not possible.) In practice the true problem is to find the solution for the typical cases of N \geq 3 and limited initial capital. Swan (2006) proposed an algorithm based on Matrix-analytic methods (Folding algorithm for ruin problems) which significantly reduces the order of the computational task in such cases.
The game encourages trial and error. A player may try one combination of manoeuvres by moving the obstacle in one direction, then they may find themselves trapped. The player can hit the 'A'-button to reverse their movements and try again in a different way until they find the solution that enables them to access all of the enemies and knock them off the screen. Trial and error make up a large portion of the game.
Once the puzzle starts, the players in teams work together to figure out the puzzles. The first puzzle requires the players to figure out how to free themselves from their locks and then to find the solution code associated with that escape. Subsequent puzzles start by teams receiving one or more items from a clue drawer, as well as possibly a cryptic clue on the screen near the drawer. Each of these puzzles lead to another four-digit code.
The method is as follows: #Guess the flows in each pipe, making sure that the total in flow is equal to the total out flow at each junction. (The guess doesn't have to be good, but a good guess will reduce the time it takes to find the solution.) #Determine each closed loop in the system. #For each loop, determine the clockwise head losses and counter-clockwise head losses. Head loss in each pipe is calculated using h_f = r Q^{n}.
1981's Military Law at a Glance was a concise book that came in the form of a handbook for army promotion examinations. The author claimed that the publication should serve as a help book to find the solution of confronting problems without going into the voluminous source material. Regimental Officer's Handbook on Military Law (Questions & Answers) was an invaluable book authored by Brig. AC Mangala. The book, running into 160 pages, was printed by Army Printing Press at Lucknow in November 1984.
The German government had prohibited Germans from accepting or keeping any Nobel Prize after jailed peace activist Carl von Ossietzky had received the Nobel Peace Prize in 1935. De Hevesy placed the resulting solution on a shelf in his laboratory at the Niels Bohr Institute. It was subsequently ignored by the Nazis who thought the jar—one of perhaps hundreds on the shelving—contained common chemicals. After the war, de Hevesy returned to find the solution undisturbed and precipitated the gold out of the acid.
Fourteen-year-old Dannie (Rose Kent-McGlew) is horrified when a waterborne disease caused by bacteria begins to spread, but believes that the disease is somehow linked to her recurring dreams. As the disease becomes an epidemic, it's revealed that the disease not only kills those it infects but also turns them into zombies. As Dannie and her friends try to find the solution to the disease, they come across researcher Sue, who might hold the key to both the zombie disease and Dannie's dreams.
The Self to them, is more real than either the world or God. It is only ultimately that they identify the Self with God, and thus bridge over the gulf that exists between the theological and psychological approaches to reality. They take the cosmological approach to start with, but they find that this cannot give them the solution of the ultimate reality. So, Upanishadic thinkers go back and start over by taking the psychological approach and here again, they cannot find the solution to the ultimate reality.
If the minimum is 0 then the artificial variables can be eliminated from the resulting canonical tableau producing a canonical tableau equivalent to the original problem. The simplex algorithm can then be applied to find the solution; this step is called Phase II. If the minimum is positive then there is no feasible solution for the Phase I problem where the artificial variables are all zero. This implies that the feasible region for the original problem is empty, and so the original problem has no solution.
This would result in more carries for sophomore Johnny Musso, star running back from University of Alabama, who the Lions outbid the Chicago Bears of the NFL in 1972. Musso didn't disappoint as he ran for 1029 yards in 1973, had 475 yards receiving and scored 10 touchdowns. Third year starting quarterback Don Moorhead split time with back- up Karl Douglas as the Lions tried to find the solution to their stagnant offence which produced only 16.3 points per game. In aggregate, both quarterbacks could only generate eight touchdowns through the air all season.
The problem of finding the general solution of the -body problem was considered very important and challenging. Indeed, in the late 19th century King Oscar II of Sweden, advised by Gösta Mittag-Leffler, established a prize for anyone who could find the solution to the problem. The announcement was quite specific: In case the problem could not be solved, any other important contribution to classical mechanics would then be considered to be prizeworthy. The prize was awarded to Poincaré, even though he did not solve the original problem.
After the war, he returned to find the solution undisturbed and precipitated the gold out of the acid. The Nobel Society then recast the Nobel Prize medals using the original gold. By 1943 Copenhagen was no longer safe for a Jewish scientist and de Hevesy fled to Sweden, where he worked at the Stockholm University College until 1961. In Stockholm de Hevesy was received at the department of chemistry by the Swedish professor and Nobel Prize winner Hans von Euler-Chelpin, who remained strongly pro-German throughout the war.
In so doing, he quickly learned that he was not going to find the solution to the problem by using a normal squirrel-cage rotor. He failed a few times, but his failures finally led to the realization that the performance characteristics he was seeking might be obtained by using permanent magnet steel for the rotor instead of the original squirrel cage induction type rotor. He built many models and finally accomplished the desired operating characteristics. This motor design is covered by Patent No. 1,935,208 and related patents.
Finding an optimal design is equivalent to find the solution to the following 2 equations. # PPOS=PPOS1 # upper bound of PPOS credible interval=PPOS2 where PPOS1 and PPOS2 are some user-defined cutoff values. The first equation ensures that the PPOS is small such that not too many trials will be prevented entering next stage to guard against false negative. The first equation also ensures that the PPOS is not too small such that not too many trials will enter the next stage to guard against false positive.
Virtual Chess 64 came with a basic text and visual tutorial written for beginners and novices about how to play chess. In the third section the tutorial continues explaining how to play using simple chess positions in which you learn from by finding the best move each time. The short fourth section is analysis of two badly played well-known games titled "Fool's Mate" and "Scholar's Checkmate". In the fifth and sixth sections these chess problems become increasingly complicated, and the player is expected to, by some means, find the solution and understand it.
But for the wave equation, there are still infinitely many solutions which satisfy the first boundary condition. But when one imposes both conditions, there is only one possible solution. It is easier to find the Fourier transform of the solution than to find the solution directly. This is because the Fourier transformation takes differentiation into multiplication by the Fourier-dual variable, and so a partial differential equation applied to the original function is transformed into multiplication by polynomial functions of the dual variables applied to the transformed function.
Finding an optimal design is equivalent to find the solution to the following 2 equations. # PPOS=PPOS1 # upper bound of PPOS credible interval=PPOS2 where PPOS1 and PPOS2 are some user-defined cutoff values. The first equation ensures that the PPOS is small such that not too many trials will be prevented entering next stage, to guard against false negatives. The first equation also ensures that the PPOS is not too small such that not too many trials will enter the next stage, to guard against false positives.
Proof of space or Proof of capacity is used in the Burstcoin cryptocurrency founded in August 2014. Proof of capacity consumes disk space rather than computing resources to mine a block. Unlike PoW, where the miners keep changing the block header and hash to find the solution, the Proof of capacity implementation in Burstcoin generates random solutions, also called plots, using the Shabal cryptographic algorithm in advance and stores it on hard drives. This stage is called plotting and it may take days or even weeks depending on the storage capacity of the drive.
The platform uses image recognition technologies to provide solutions of some mathematical and science questions. To find the solution to a question, one has to upload an image depicting the question. The app extracts text from the image and tries to match it in its database of questions which are pre-answered, having recorded video solutions. If it finds a match, then the result is provided to the user otherwise it asks the user to post their question publicly for tutors available on the platform to provide a video explaining their query.
When Germany invaded Denmark on 9 April 1940, the Hungarian chemist George de Hevesy dissolved the gold medal, along with that of Max von Laue in aqua regia to prevent the Germans from taking them. He placed the resulting solution on a shelf in his laboratory at the Niels Bohr Institute. After the war, he returned to find the solution undisturbed and precipitated the gold out of the acid. The Nobel Society then recast the Nobel Prize medals. In 1935, Franck moved to the United States, where he had accepted a professorship at Johns Hopkins University.
The known lawyer Patrik Hansson is found brutally murdered in his home. The murder looks initially quite simple- the lawyer has been involved in a case where a company has been indicted for lying behind a serious environmental crime . When Beck and his colleague Klingström go through the lawyer's office they find evidence that gives new light to the investigation - but who is it who pulled the strings, and why? To find the solution they have to dig further into the lawyer's past and find a picture that is even more complicated than they initially thought.
The problem of finding the general solution to the motion of more than two orbiting bodies in the solar system had eluded mathematicians since Newton's time. This was known originally as the three-body problem and later the n-body problem, where n is any number of more than two orbiting bodies. The n-body solution was considered very important and challenging at the close of the 19th century. Indeed, in 1887, in honour of his 60th birthday, Oscar II, King of Sweden, advised by Gösta Mittag-Leffler, established a prize for anyone who could find the solution to the problem.
However, for some problems, all variables may assume either role. Depending on the context, solving an equation may consist to find either any solution (finding a single solution is enough), all solutions, or a solution that satisfies further properties, such as belonging to a given interval. When the task is to find the solution that is the best under some criterion, this is an optimization problem. Solving an optimization problem is generally not referred to as "equation solving", as, generally, solving methods start from a particular solution for finding a better solution, and repeating the process until finding eventually the best solution.
On a practical level, Tchaikovsky was drawn to past styles because he felt he might find the solution to certain structural problems within them. His Rococo pastiches also may have offered escape into a musical world purer than his own, into which he felt himself irresistibly drawn. (In this sense, Tchaikovsky operated in the opposite manner to Igor Stravinsky, who turned to Neoclassicism partly as a form of compositional self-discovery.) Tchaikovsky's attraction to ballet might have allowed a similar refuge into a fairy-tale world, where he could freely write dance music within a tradition of French elegance.Brown, New Grove vol.
It is easy to check whether a value of is a solution: it suffices to compute the remainder of the Euclidean division of by each . Thus, to find the solution, it suffices to check successively the integers from to until finding the solution. Although very simple this method is very inefficient: for the simple example considered here, integers (including ) have to be checked for finding the solution, which is . This is an exponential time algorithm, as the size of the input is, up to a constant factor, the number of digits of , and the average number of operations is of the order of .
Although the mathematical notion of function was implicit in trigonometric and logarithmic tables, which existed in his day, Gottfried Leibniz was the first, in 1692 and 1694, to employ it explicitly, to denote any of several geometric concepts derived from a curve, such as abscissa, ordinate, tangent, chord, and the perpendicular.Struik (1969), 367 In the 18th century, "function" lost these geometrical associations. Leibniz realized that the coefficients of a system of linear equations could be arranged into an array, now called a matrix, which can be manipulated to find the solution of the system, if any. This method was later called Gaussian elimination.
As a reaction to the news, Klaus gives Bonnie twenty minutes to find the solution, or Stefan will feed on Elena. Bonnie and Matt try to contact Jeremy to help them with contacting the dead witches but as Katherine has Jeremy's phone, they do not get an answer. Matt has the idea that if he dies and comes back, he will be able to talk to Vicki and find out the answer Klaus needs. He jumps in the swimming pool and drowns; when Bonnie finds him, she starts CPR while Matt sees and talks to Vicki.
Orne conceptualized this change by saying that the experiment may appear to a participant as a problem, and it is his or her job to find the solution to that problem, which would be behaving in a way that would lend support to the experimenter's hypothesis. Alternatively, a participant may try to discover the hypothesis simply to provide faulty information and wreck the hypothesis. Both of these results are harmful because they prevent the experimenters from gathering accurate data and making sound conclusions. Outside of participant motivation, there are other factors that influence the appearance of demand characteristics in a study.
When Nazi Germany invaded Denmark in World War II, the Hungarian chemist George de Hevesy dissolved the Nobel Prize gold medals of Laue and James Franck in aqua regia to prevent the Nazis from discovering them. At the time, it was illegal to take gold out of the country, and if it had been discovered that Laue had done so he could have faced prosecution in Germany. Hevesy placed the resulting solution on a shelf in his laboratory at the Niels Bohr Institute. After the war, he returned to find the solution undisturbed and precipitated the gold out of the acid.
The procedure referred to by the term fangcheng and explained in the eighth chapter of The Nine Chapters, is essentially a procedure to find the solution of systems of n equations in n unknowns and is equivalent to certain similar procedures in modern linear algebra. The earliest recorded fangcheng procedure is similar to what we now call Gaussian elimination. The fangcheng procedure was popular in ancient China and was transmitted to Japan. It is possible that this procedure was transmitted to Europe also and served as precursors of the modern theory of matrices, Gaussian elimination, and determinants.
To prevent an adversary from using a brute-force attack to find the key used to encrypt a message, the key space is usually designed to be large enough to make such a search infeasible. On average, half the key space must be searched to find the solution. Another desirable attribute is that the key must be selected truly randomly from all possible key permutations. Should this not be the case, and the attacker is able to determine some factor that may influence how the key was selected, the search space (and hence also the search time) can be significantly reduced.
Because of her Pathology background, Fleming becomes friendlier with her since she could help find the solution to his serum. Alix is allowed to go around the plantation as she pleases. One night, she sneaks into the lab and takes a sample of the serum, and then recognizes one of the convicts locked up, though he never showed any signs of aggression. The next morning, she is awaken by gun shots. Fleming then explains that when his test subjects relapse and become violent, they go into a metamorphosis that turns them into a primitive beast, yet with the same intelligence, hence the name “Superbeast”.
The games mix elements of adventure and puzzle gaming. In essence, the player must find the solution to each area (or level), consisting of one or more screens, in order to progress to the next. An original aspect of the series is that the player usually controls multiple goblins as player characters, each of whom has a unique set of abilities. In the title, the amount of letters 'i' in the word 'Goblin' indicates the number of characters that the player may control: 'Gobliiins' for the first release (1992), 'Gobliins 2' for the second (1992), 'Goblins Quest 3' for the third (1993) and 'Gobliiins 4' for the fourth (2009).
This meant that the Megatron engines were not producing their full power. It took the team's engine designer Heini Mader until just before the 1988 Italian Grand Prix at Monza (Round 12) to find the solution, which was simply moving the valve closer to the engine, something Honda and Ferrari engineers had long before discovered. Although Cheever and Warwick finished the race in 3rd and 4th respectively, it was too little too late as the turbo era ended after the 1988 season. Warwick and Cheever stayed with the team for 1989 and drove the Brawn designed Arrows A11, which was powered by the Ford DFR V8 engine.
Unfortunately, before she can fully decode the message, she is killed by her brother, who is also a member of the criminal gang. Sherlock realises Van Coon and Lukis were members of the Tong, involved in smuggling valuable antiquities to sell in London, and they were killed because one of them stole something. Sherlock knows the message is in the form of a book cipher, and he and John spend the night going through the first two victims' books trying to find the solution. John's first day at work does not go well, but Sarah covers for him, and they arrange to go out on a date.
Rubik's cube: a popular puzzle that involves 3D mental rotationMental rotation is the ability to mentally represent and rotate 2D and 3D objects in space quickly and accurately, while the object's features remain unchanged. Mental representations of physical objects can help utilize problem solving and understanding. For example, Hegarty (2004) showed that people manipulate mental representations for reasoning about mechanical problems, such as how gears or pulleys work. Similarly, Schwartz and Black (1999) found that doing such mental simulations such as pouring water improves people's skill to find the solution to questions about the amount of tilt required for containers of different heights and widths.
Professor Ned Brainard, who experienced a series of misfortunes up until his invention of the super-elastic substance called Flubber, works to find the next scientific discovery. He hopes to have a better experience with a gravity-defying derivative he names, Flubbergas. When the government steps in to obstruct his work, his wife Betsy expresses her concern and displeasure with his experiments stating that they need a divorce. After a some alterations to his substance Brainard works to find the solution of his new invention, win back the confidence of his wife, resolve the government's concerns, and defeat the familiar nefarious acts of Alonzo Hawk.
If the coefficients are polynomials in the equation is called a linear recurrence equation with polynomial coefficients. The solution of such an equation is a function of , and not of any iterate values, giving the value of the iterate at any time. To find the solution it is necessary to know the specific values (known as initial conditions) of of the iterates, and normally these are the iterates that are oldest. The equation or its variable is said to be stable if from any set of initial conditions the variable's limit as time goes to infinity exists; this limit is called the steady state.
Reproductive thinking is solving a problem deliberately based on previous experience and knowledge. Reproductive thinking proceeds algorithmically—a problem solver reproduces a series of steps from memory, knowing that they will lead to a solution—or by trial and error. Karl Duncker, another Gestalt psychologist who studied problem solving, coined the term functional fixedness for describing the difficulties in both visual perception and problem solving that arise from the fact that one element of a whole situation already has a (fixed) function that has to be changed in order to perceive something or find the solution to a problem.Zur Psychologie des produktiven Denkens, Springer, Berlin 1935 Abraham Luchins also studied problem solving from the perspective of Gestalt psychology.
His aim was to find the solution that best served the national interest. He set out on May 18, 1902 on an expedition that was to take him on an extraordinary adventure through the Rupa-Rupa forest ending with the first trip through the Pongo de Manseriche gorge and the discovery of the Paso de Porculla, at 2,144 m above sea level the lowest point in the Andes range. Mesones's companions on this expedition were Enrique Brüning and the engineer Eduardo de Habich. Having overcome countless obstacles, the members of the expedition returned home and Mesones himself set off for Lima, where he described the expedition's findings to the Geographical Society, causing a sensation when he revealed the existence in the Cordillera del Norte of a mountain pass only slightly higher than 2,000 m.
Because of the difficulty of finding the exact solutions of the minimum-weight triangulation, many authors have studied heuristics that may in some cases find the solution although they cannot be proven to work in all cases. In particular, much of this research has focused on the problem of finding sets of edges that are guaranteed to belong to the minimum-weight triangulation. If a subgraph of the minimum-weight triangulation found in this way turns out to be connected, then the remaining untriangulated space may be viewed as forming a simple polygon, and the entire triangulation may be found by using dynamic programming to find the optimal triangulation of this polygonal space. The same dynamic programming approach can also be extended to the case that the subgraph has a bounded number of connected components.
The Ministry of Education, obviously encouraged by the negative assessment of the Academy Department, informed the artist that there was not enough money for the repurchase of the statue, and that they are not able to compensate for the expenses he had considering the casting of the statue in bronze. Regarding these events, a group of our students in Paris, led by Bogdan Popović, wrote a letter to the Professors` Council of the Great School, as the plea and the appeal to find the solution to that situation. Finally, the monument was erected within the Academic Park (former King Square or Great Square) and was solemnly unveiled in May 1897. The important guests were present at the ceremony of unveiling, the King of Serbia with the members of Royal Government and state council, the members of the Serbian Royal Academy of Science, diplomatic representative of the Principality of Bulgaria, as well as Nikola Pašić, the president of the Municipality of Belgrade at that time.
The sums of three cubes problem has been popularized in recent years by Brady Haran, creator of the YouTube channel Numberphile, beginning with the 2015 video "The Uncracked Problem with 33" featuring an interview with Timothy Browning. This was followed six months later by the video "74 is Cracked" with Browning, discussing Huisman's 2016 discovery of a solution for 74. In 2019, Numberphile published three related videos, "42 is the new 33", "The mystery of 42 is solved", and "3 as the sum of 3 cubes", to commemorate the discovery of solutions for 33, 42, and the new solution for 3. Booker's solution for 33 was featured in articles appearing in Quanta Magazine and New Scientist, as well as an article in Newsweek in which Booker's collaboration with Sutherland was announced: "...the mathematician is now working with Andrew Sutherland of MIT in an attempt to find the solution for the final unsolved number below a hundred: 42".

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