englisch cryptographically secure pseudo-random number generator (CSPRNG)) ist ein für die Kryptologie geeigneter Generator für Pseudozufallszahlen. Solche. An RNG is a microprocessor, it is like the brain of the game or slot machine and. R andom. N umber. G enerator. All encounters within COH2 are driven by not only the algorithims that govern the combat but also a slight random element.
What does command 'rng default;' do?What does command 'rng default;' do?. Learn more about random number generator, random. An RNG is a microprocessor, it is like the brain of the game or slot machine and. englisch cryptographically secure pseudo-random number generator (CSPRNG)) ist ein für die Kryptologie geeigneter Generator für Pseudozufallszahlen. Solche.
What Is Rng Random Number Generator VideoRandom Numbers (How Software Works) Der Algorithmus erzeugt dann wiederum neue bit integers. Im Idealfall wird die Erstellung von Zufallszahlen durch eine nicht deterministische Entropiequelle gespeist. Keep in Dreamhack Astro Open 2021 that this was a long time ago.
Sie verfГgen What Is Rng einen Live Dealer fГr das Spiel. - BeitragsnavigationCommented: Bachtiar Muhammad Lubis on 20 Dec rng (Noun) An algebraic structure satisfying the same properties as a ring, except that multiplication need not have an identity element. Random number generation (RNG) is a process which, through a device, generates a sequence of numbers or symbols that cannot be reasonably predicted better than by a random chance. RNG is a carbon neutral energy source. When methane is captured from waste facilities and put to use instead of wasted by flaring on site, emissions that are a natural part of the decomposition process are put to work. Random number generator (RNG) is used to determine the outcome of any gaming session. The mathematical algorithm predicts random numbers and symbols that will determine the result of the specific game. However, the RNG can’t give numbers that favor the outcome of the game. A random number generator (RNG) is an algorithm that produces random numbers. In video games, these random numbers are used to determine random events, like your chance at landing a critical hit or picking up a rare item. Random number generation, or RNG, is a defining factor in many modern games.
Citation Use the citation options below to add these abbreviations to your bibliography. Powered by CITE. I Don't Know.
I Don't Kare. Internet Directory Knowledge. Each block in Tetris is chosen randomly. Even some competitive games, like Hearthstone, rely heavily on risk-based mechanics that are more comparable to Yahtzee than they are to Mortal Kombat.
In an RNG-heavy game like Hearthstone, skill can take a backseat to luck. A lucky novice can beat a pro. You end up with a lot of pissed off gamers.
While randomness in a fighting game may sound like fun to you or me, some competitive gamers are understandably turned off by the idea of losing to lady luck.
Imagine if people took a straight competitive game, like chess, and added something like random power-ups.
Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed.
Main article: Applications of randomness. Main articles: Pseudorandom number generator and Hardware random number generator. See also: Cryptographically secure pseudorandom number generator.
Main article: Hardware random number generator. See also: Randomness tests , Statistical randomness , and List of random number generators.
Main article: Random number generator attack. Further information: Backdoor computing. Flipism List of random number generators PP complexity Procedural generation Randomized algorithm Random password generator Random variable , contains a chance-dependent value.
Soft Computing. Optics Express. Bibcode : OExpr.. Optics Letters. Bibcode : OptL Retrieved Wagenaar Psychological Bulletin.
Manufacturer: www. Lecture Notes in Computer Science. Ars Technica. Google Plus. July 7, The Daily Beast.
Retrieved July 10, Retrieved 13 July Categories : Random number generation Information theory. Most gaming industries prefer to use the pseudo RNG as it is faster, more efficient and hassle-free production of numbers.
RNG is what makes gaming worth the adventure as it creates the rare nature of not being able to predict the outcome of the game. The random numbers will determine many random events in a game, like the probability of picking an item in a game.
Most gaming industries, such as Wildz Casino , adopt it in their modern games. The removal of monotony in a game is what makes most gamers glued to them.
However, they are forgetting the dozens of instances of card draw leading up to that moment, the initial coin flip to see who goes first, as well as all the random effects on the player's cards, which were required in combination in order to bring about the situation in which the player almost won.
The selective nature of the human mind means players often remember the RNG that lost them the game while forgetting the many instances which did not, and this is especially true when RNG is the final stroke in deciding the outcome of a match.
Ultimately victory is possible only through the combination of a large number of suitable outcomes - and the range of possible outcomes is itself defined by the players, through the cards they include in their decks, and the choices they make during each match.
While RNG does still decide many games, the luck margin is much smaller than it often appears. He points out that the timing of RNG can be highly significant, stating that randomness that occurs before decision-making is "generally good for introducing more problem solving", and can increase the skill factor by requiring players to respond creatively to the new situation: experienced players will be able to adapt to the outcome of RNG, while less-skilled players may struggle.
As a result RNG can increase the skill factor in a game, rather than taking away from it. Brode also points out that it takes skill and good decision-making to create the opportunities for RNG to save the player.
RNG is an ongoing subject of debate among players. In a late survey on Reddit, RNG was by far the word most frequently used by players to describe what they disliked about Hearthstone.
The class's Hero Power, Totemic Call , summons a random totem out of a pool of four possible types. The RNG effect becomes less pronounced as more totems are summoned, as the power cannot summon additional copies of the same totem.
There are also many cards which feature a strong element of RNG in the form of random effects. For a full list, and tips on handling RNG in Hearthstone , see random effect.


Check out how to improve your cricket betting odds here and right now! Cricket is a bat-and-ball game played between two teams of eleven players each on a cricket pitch centered on a rectangular field 22 yards long with a wicket at each end located. The game is played by 120 million players in many countries, making it the second most popular sport in the world after soccer.
The object of the game is for one team to score more runs than the other from the overs allotted while the opponent tries to stop them by taking wickets (abandoning batsmen). A run is scored when the batsman hits the ball with his bat and runs to the far end of the field before the fielding side can return the ball. If the batsman is out, he is replaced by a teammate and the team loses a wicket.Cricket betting odds are very important when you want to bet on cricket. Odds can vary from bookmaker to bookmaker, but they all have one thing in common: they give you an indication of how likely a particular outcome is to occur. The most important cricket betting odds is the probability of an event occurring.
For example, the probability that a team will win a game is usually expressed as a percentage. So if a team's odds of winning are 80%, it means that the team has an 80% chance of winning.The second important cricket betting odds is the return on investment (ROI). This is the amount of money you can expect if your bet wins. For example, if you bet $100 on a team at odds of 2.5, you can expect to win $250 if the team wins. When betting on cricket it is important to understand how cricket betting odds work.Probabilities can be expressed in a variety of ways, but the most common way is as a decimal.
For example, a team's odds of winning can be expressed as 1.80 (which means that for every $1 wagered, if the team wins, you win $1.80). It is also possible to express cricket betting odds as a fraction such as 3/2 or 4/1.In this case, the first number represents the amount you win if the team wins, and the second number represents the amount you must bet to win $1. cricket betting odds can also be expressed as a money line. A money line is simply a representation of odds using only numbers. For example, a +150 moneyline means you'll earn $150 for every $100 wagered if the team wins. A -200 moneyline means you must bet $200 to make a $100 profit if the team wins.When choosing a bookmaker it is important to ensure they offer competitive cricket betting odds.


|Authors:||Jens Rekdal, Tom N Hamre|
This document deals with some issues essential to the estimation of logit models to be implemented in transport model systems. First, we investigate problems caused by measurement errors in variables. This is done by extensive use of Monte Carlo simulations where different types of measurement errors are introduced to essential variables in model estimations and compared to models estimated with "correct" data. The result are very similar to those reported for standard econometric methods. Second, a simple solution to the problem of heteroskedasticity, in terms of varying variance with travel distance, is suggested. There seems to be an improvement in models estimated with utility functions scaled by a function of straight line distance between centroids, compared to models estimated without such scaling. Third, we have shown that most of the well known problems in the Norwegian National Transport Model System, can be amended when addressed by the right amount of resources. The problems addressed are issues like formulation of sentral variables as frequencies and cost/income, problems of segmentation, and problems of model structure.


How close are you to a wetland? Windham has lots of wetlands so chances are that you are close to one.
I created a distance matrix to show just how close we all are to wetlands here. To do that I use the wetlands polygon layer and the 911 addresses which is a point layer. First you need to extract nodes from the polygon layer so we have two point layers between which lines can be drawn. The lines are drawn from the 911 address to the nearest point on the perimeter of the wetland polygon.
Here’s what that looks like:
The distances range from 1 foot to 1334 and the average is 308.


2017 Math Olympiad
Eye Level Math Olympiad is an annual global math contest that began in 2004. Eye Level members and non-Eye Level members around the world can participate.
The Eye Level Math Olympiad is a test designed to challenge students’ math skills in a variety of areas including problem-solving, reasoning, communication, and critical thinking.
-Event Date: Nov 4th
-Location: Ohlone College - Building 5 (SF Area)
-Registration Deadline: 10/15/2017
-Online registration at http://olympiadusa.myeyelevel.com
-Registration Fee: $20 members; $30 non-members


We want our curriculum to provide a gateway to our students’ future choices and aspirations be it in further education or employment.
We want our curriculum to engage students’ curiosity about the mathematical world and the importance of numeracy and mathematics in the many aspects of life beyond school.
We want to build their confidence as citizens to make informed decisions throughout their lives.
We teach the core mathematical skills and knowledge required for students to achieve appropriate qualifications and also those functional mathematical skills applicable to life beyond school.
We engage students with STEM (Science, Technology, Engineering and Maths) work both in the community and within the school, and work closely with careers advisors, colleges and employers as to possible careers students might pursue.
Learning approaches are inclusive and personalised to individual needs wherever possible. We endeavour to teach mathematical skills and knowledge using a real-life context and functional approaches. These include building a ‘maths outside the classroom’ element to lesson content and linking the maths curriculum and sequencing of lessons with other subjects in the school, particularly in Science, and school’s thematic approach. These approaches underpin the development of concepts and skills that support students to apply, analyse and evaluate core and functional mathematical knowledge and skills.


The classification of (semi)simple Lie algebras over the field of complex numbers is regarded by many as a jewel of mathematics. It was first described by German mathematician Wilhelm Killing in a series of papers published between 1888-1890. A more rigorous proof (and the case of real Lie algebras) was presented by Élie Cartan in his 1894 PhD thesis. In 1947 the 22-year old Eugene Dynkin worked out a modern, streamlined proof of the classification theorem.
The theorem states that every semisimple complex Lie algebra is a "sum of building blocks", most of which belong to one of four infinite families. These are denoted by A$_n$, B$_n$, C$_n$, D$_n$, where $n$ is an arbitrary positive integer. Surprisingly, there exist five exceptional "building blocks" that don't fit into the above families. They are named E$_6$, E$_7$, E$_8$, F$_4$, G$_2$.
The classification theorem heavily relies on abstract mathematical objects called root systems, which are symmetric configurations of vectors (usually) sitting in higher dimensional space. The dimension of this space is indicated by the subscripts, e.g. E$_8$ lives in an $8$-dimensional Euclidean space.
|How it's made|
The frame of a cube can cast shadows of different shapes, but only a few orientations lead to the most symmetric shadows, namely the projections through one of the four body diagonals. See the image on the right. The method of finding the "most symmetric shadows" can be generalized to higher dimensions, and this is how the string arts of the exceptional root systems E$_6$, E$_7$, E$_8$, F$_4$, G$_2$ were made. The needles of the string arts point where the end points of root vectors land after projection.
The connections are obtained by connecting every vector with their nearest neighbours before the projection.$^\dagger$ A fun fact is that due to the left-right symmetry of the connections we have an even number of threads meeting at every needle, In graph theory such a structure is called an Eulerian Circuit. meaning that the connections with different colours can be drawn using a single, but really long piece of thread without cutting.$^\ddagger$
$^\dagger$ There are some extra connections in the case of G$_2$.
- Exceptionally Beautiful Symmetries (Newsletter of the LMS, May 2021) [link]
- Enchanting Symmetries, the Gems of Mathematics (A public lecture in Hungarian, November 2017) [link]
- Maths is Beautiful (An interview in Hungarian, November 2016) [link]
- Enchanting Symmetries - spectacular mathematics (An interview in Hungarian, June 2016) [link]
- Temporary exhibit in the Hungarian Academy of Sciences Building (Szeged) between Feb 23-Mar 31, 2016 [link]
- Coxeter Projection of Exceptional Root Systems (A blogpost in English, October 2015) [link]
- E8: An Exceptionally Beautiful Piece of Mathematics (A blogpost in English, May 2015) [link]
Click the image to download a poster. [PDF, 3.7 MB]


What if we would divide the length of notes not in rational ratios, but in the golden ratio? If we, instead of halving and quartering notes, divided them in the ratio 1:φ where φ=1.6180339887...?
Using the basis φ one can build a place-value number system that also contains the whole numbers:
- 1 = φ0 = 1φ
- 2 = φ1 + φ-2 = 10.01φ
- 3 = φ2 + φ-2 = 100.01φ
- 4 = φ2 + φ0 + φ-2 = 101.01φ
Each number consists of tones for the ones in the phinary representation whose pitch is calculated, if I recall correctly, from the place-value. The length of the preceding pause is proportional to the place-value. The lengths are ordered decreasingly, so that the big powers of φ come first with great gaps between them, and then, towards the end, the negative powers of φ in rapid succession. That leads to regular accumulations of tones, one per natural number.
A little less systematically, the following little piece has come about:
Here I distributed a melody over two
measures of equal length, which are iteratedly subdivided in the ratio 1:φ or φ:1.
The notes all have lengths proportional to powers of φ.
A steadily accelerating (or decelerating) sequence of notes, where each note is shorter (or longer) than the preceding one by a factor of φ,
also fits in this length scheme, as φ0 + φ-1 + φ-2 + φ-3 + φ-4 + ...= φ2.
Hence the following melody, consisting of three
measures, the first and last of which have equal length and contain an accelerating and a decelerating
tone sequence respectively, whereas the middle measure is shorter by a factor of φ and contains an interlude:


What is cm in foot? - Are you a person trying to convert Centimeter to foot? You have landed at the right place! Our tool can convert cm to foot at ease without any time delays! We consider the traditional calculation where cm equals 0.0328 foot. Hence to convert it to foot, we divide 1 by 30.48. On the other hand, if you are looking to convert cm to foot inches, remember that 1 cm equals 0 foot, 0.3937 Inches.
Foot(plural: feet) Means - plural of the unit of measurement is feet. Also, foot is the lowermost point/terminal part/ankle joint of the human leg.
foot = cm / 30.48
cm = 1
foot = 1 / 30.48
foot = 0.03280839895
Step 1: To convert cm into foot, you should remember that a foot equals to cm divided value of 30.48.
Step 2: cm divide the vale by 30.48.
Step 3: 1/30.48 is equal to 0.03280839895.
Step 4: Hence, the answer is cm = 0.03280839895 foot.


If you are looking for a challenging word game, this is just the book for you. You’ll find 51 puzzles each having 36 hidden words on a 20×20 square grid. Each puzzle has a fun and clever theme like: Movies, Nature, Sports, Astronomy, Geometry, Mathematics and Physics.
Words can go horizontally, vertically, diagonally, forwards and backwards. The answers to the puzzles are all full page and conveniently placed in the second part of the book, published in the same order and with the same title of the related puzzle.
Let stimulate your mind by solving word search games!


Pythagoras's Constant (√2) Searcher
Pythagoras's Constant, aka the square root of 2 (√2), is the positive algebraic number that, when multiplied by itself, equals the number 2. An approximation of this irrational number is 1.4142857. See more at Wikipedia.
This tool lets you search through the first 10 million digits of Pythagoras's Constant (√2) [Source: NumberWorld].
Show N √2 digits:Show number at specific position:Find all occurances of number:Show √2 numbers between two positions:


Count Hippo, Count (Hippopolis 3) eBook
Learn to count with these fun hippos. Your preschooler will learn their numbers one through ten with easy rhymes and silly hippos. In the back of each book are several activities to deepen your child's understanding in a fun but educational way.
“Happy Hippo will be a fun addition to your bedtime book collection. Cute illustrations and hippo counting make this a family-favorite!” - Deidra Romero, Managing Editor of FamilyFiction Magazine and Blogger at ParentingUpstream.com


math gets all over your face
Math is a problem. In fact, math is several problems, or many problems, or a multitude of problems, depending on who you ask. Having survived first year math at UVic, my problem with Math is in the teaching.
The issue here is simple: hidden under all the rote learning and memorizatiom, math is actually a *creative* subject.
Let me be more explicit: The most important skill in math is to be able to solve a problem using the tools and information that you have at hand. This gets harder when you have to transform the given information to get what you need – and it gets harder still when you have to transform the tools you have to get the correct result. These require increasing degrees of creative thought, or imaginative thought, or abstract thought, or whatever you want to call it. Newton and Leibniz had it in spades, to dream up calculus. So did Euler, to conjure up i out of nothing. Likewise whoever thought up the concept of zero in the 7th century or so.
Is there a way to teach this sort of skill? In a perfect world, we’d have one math teacher per child, and everyone would learn algebra in grade 4. But we live in a brutally imperfect world. Is there, then, a way to make a game along the lines of Brain Age that could teach synthesis of concepts like this? And could it be made fun?
On the face of it, that doesn’t seem like a very tough thing to do. Line up a series of questions & problems, sort them into sections, allow for a varying number of valid solutions…and we’ve just described a typical math textbook. Oops.
What we need is a game that is more than a game: a system that allows for answers that may come from outside the system. And that’s where things get difficult, because it then becomes impossible to have a concrete set of answers, or even a concrete set of methods and hints. The way I solve a problem about area may not be the way you solve a problem about area, and neither of them may be the ‘traditional’ way of finding the answer. I’ll point you to the diabolical Ovuerture Facile as a kind of inverse reference: OF forces you to do something odd and non-linear to find the ‘answer’. Our hypothetical math-game would have to support any odd and non-linear way possible to find the answer.


Krypto is a mathematical card game that promotes proficiency with basic arithmetic operations.
3rd, 4th, and 5th graders are invited to join in the Krypto fun. This club takes place in the late winter and meets one afternoon a week. Once perfecting the game, students from around the district compete in a Krypto tournament!
Every student (3rd-5th grade) will learn this game prior to the club beginning. A sign up sheet will go home with more information later in the year.


QuestionsHow to growLawnsSoil PreparationShaping a lawn
My lawn is now an indefinite roundish shape andi would like to make it a well-defined oval shape-do you have a formula that I could use?
A perfect circle is made with a peg at the centre and string on a radius as required.
To make an elliptical shape, you use two centre pegs with a loop of string that reaches around the pegs and beyond. By varying the distance between the pegs and the length of string you can create wider or narrower, longer or shorter elliptical or oval shapes. ( An oval is correctly an egg-shape, wider at one end.)


The Department of Mathematics and Computer Science at Davidson College invites applications for a tenure-track appointment in Mathematics and Computer Science at the rank of Assistant Professor, beginning July 1, 2021. Candidates must possess a Ph.D. in Mathematics, Statistics, Computer Science, or a closely related field by Fall 2021. The department is also searching for a tenure-track position in Computer Science at the rank of Assistant Professor. Candidates who are interested in both positions must apply for each position separately.
We seek candidates with a strong commitment to improving access to mathematics and computer science for students across Davidson’s increasingly diverse student body, enthusiasm for teaching all levels of undergraduate students, and a research program with the potential to engage both mathematics majors and computer science majors. Excellence in classroom teaching, grounded in inclusive pedagogy, and a research agenda in which undergraduate students can participate are essential. We are particularly interested in candidates with expertise at the intersection of mathematics and computer science who would expand our departmental expertise, such as computational mathematics, combinatorial optimization, statistics, numerical analysis, theoretical computer science, programming languages, mathematical logic, formal languages, and algorithms, among others.
Davidson is an undergraduate-only institution, boasting small class sizes and individual student-faculty interaction, and is consistently ranked among the nation's top liberal arts colleges. Faculty teach four courses in the first year and five courses per year thereafter; the department plans course schedules collaboratively and often finds opportunities to reduce workload through repeated courses or the teaching of multiple sections of the same course in one semester. Many of our faculty members teach special topics or independent study courses that support their research and help recruit summer research students. Our curricula in mathematics and computer science are flexible for students and adaptable to faculty interests and expertise. We expect the successful candidate to contribute to current course offerings in both mathematics and computer science, and develop one or more new courses that bring an integrative perspective to the two disciplines. The department encourages faculty to develop and teach courses with an emphasis on social justice, including those that satisfy the College’s Justice, Equality, and Community requirement. Several department faculty have received course releases from the ongoing FIRST program to develop or redesign courses to enhance inclusivity. We value engagement with students with diverse backgrounds and interests, and coordinate interdisciplinary minors in data science, genomics, and applied mathematics.
Our faculty are active scholars; several have received external funding (including a recent NSF CAREER award), collaborate with partners at R1 institutions and national research laboratories, and serve on international conference program committees. We have active research collaborations with colleagues in physics, psychology, biology, political science, and educational studies. Students are actively engaged in research; some have published, presented, and received awards for their work. There is generous funding for student research, with additional opportunities at the Hurt Hub for Innovation and Entrepreneurship.
We value faculty engagement with the professional and wider community. Three of our faculty members have leadership roles in the Mathematical Association of America, and we are active in SIAM, the National Museum of Mathematics, the Charlotte Mathematics Club, and the Charlotte Math Teachers circle. Davidson students and faculty have supplied analytics support for numerous college and professional sports programs and built web applications for other campus offices and programs and the College Crisis Initiative.
Applications must be submitted online at https://employment.davidson.edu, including a cover letter addressing professional interests and aspirations and how they might be accomplished at Davidson, a diversity statement addressing potential to contribute to our commitment to equity and anti-racism, a curriculum vitae, a research statement, a teaching statement, (unofficial) graduate transcripts, and contact information for three references. Reference submission instructions will be sent to email addresses provided by the applicant. At least one reference letter must specifically and substantially address the applicant's teaching.
Applications completed by November 4, 2020 will receive full consideration.
Davidson College is a highly selective, residential, four-year liberal arts college, located 20 miles from Charlotte, NC that is consistently ranked among the top liberal arts colleges in the country. Davidson faculty members enjoy a low faculty-student ratio, emphasis on and appreciation of excellence in teaching, and outstanding facilities. A collegial, respectful atmosphere honors academic achievement and integrity, upholds educational excellence, encourages student-faculty collaborative research, and prioritizes inclusive pedagogy.
At Davidson College, we believe the college grows stronger by recruiting and retaining a diverse faculty and staff committed to building an inclusive community. In order to achieve and sustain educational excellence, we seek to hire talented faculty and staff across the intersections of diverse races, ethnicities, religions, sexual orientations, gender identities, ages, socio-economic backgrounds, political perspectives, abilities, cultures, and national origin.
Davidson College seeks out intellectually curious students who are committed to developing their talents for lives of leadership and service.Small classes enable our renowned faculty to work closely with students, engaging them directly in original research and creative work across the arts, sciences, social sciences, and humanities. In the classroom and beyond, Davidson cultivates students' compassion, creativity, resilience, and moral courage.


This is always a fun day even if you didn't know about it. Pi Day is celebrated on March 14th (3/14) around the world. Pi (Greek letter “π”) is the symbol used in mathematics to represent a constant — the ratio of the circumference of a circle to its diameter — which is approximately 3.14159. So I thought you would like a Meat Pie Recipe, they are like anything else each family makes them different so if you haven't ever made one here is a starting point.
Clint & Sons Staff


TIGGLY CHEF a Math Learning System for Kids 3-7
This mobile game can be played either as a traditional app using fingers as counters or as a hybrid with the Tiggly Math toys.
We spent many months researching old and new counting games, both physical and mental.
At the end of all the brainstorming we came up with the traditional Cuisenaire Rods used in Montessori schools. These simple toys would serve as a beautiful playful tool which would teach children how to count, add and even subtract. The difference with ours is that they have interactive touch points which react with the iPad.
Tiggly Chef is also winner of the Tabby Awards 2015 iPad Apps and Games Category
TIGGLY ADDVENTURE a Math Learning System for Kids 4+
This game can be played as a hybrid app with the Tiggly Math toys or simply using fingers as counters.
As with all our apps we spent many months researching and testing prototypes with children. It is basically the simple number line to 10 which our character Tiggly navigates through his skill and the players skill at adding and subtracting.
TIGGLY SUBMARINE a Math Learning System for Kids 4+
This game is another app which can be played with or without the Tiggly toys. A magical underwater world which was coded in Unity by our Tiggly coder, Jeremy. A hungry octopus, a tinkering turtle, and sea of vowel fish are just some of the hilarious characters I created for this app. Tiggly Submarine helps develop children’s understanding of simple words and short vowel sounds.


yuh, maybe not correct math lol. lets see here…
using the percentage, wouldnt it be (delegate power*%)*addresses ?
100,000*0.01 = 1000 op tokens
i think your numbers there are going to for sure push for massive decentralization cause the APR for the stakers would be insanely higher with the small delegator, nearly 10x higher. thats almost an adjustable rate of 0.1% per 100k op tokens delegated. that may be too steep of a sliding scale.
not sure how to factor wallets in, not sure if also delegates could try to game that by spinning up thousands of wallets. but if that was to be done, maybe it could be done with an aggregated points system that represents a percentage of the whole weekly/monthly allotment for rewards.
using similar scale as you presented, starting with 10 points, and scaling down 1 point per 100k tokens delegated. then multiply that sum by the number of wallets.
A)1-99.99k = 10 points per token.
B)100.01k-199.99k = 9 points
C)200.01k-299.99k = 8 points
and so forth with a cap at 1 million+ receiving 1 point per staked token.
i still think this is too dramatic and the scale should maybe be like 0.2 points at each tier.
but using those numbers, delegate A with has 55k tokens which is 550k points. those tokens are delegated across 100 wallets, they have 55m total points.
now everyone adds up their points. the grand total of points is 7 billion. the total allotment for that week’s incentives is 10k op tokens.
Delegate A has 0.7857142857142858% of the total points. which means they get 78.57 op tokens for themselves and to distribute to stakers.
now lets assume delegate A takes nothing and distributes all of that to their stakers. thats a 7.4% apr to the stakers of delegate A. it could be dramatically less for stakers with larger delegates if using the 1 point step down per 100k tokens delegated scale.
thats just an example of the math breakdown. i like where you are going with the ideas. im personally not sure on the numbers though regarding what the budget for this could be as my example here requires 520,000 OP tokens per year assuming something like 6-60 million staked op tokens varying wildly in total tokens staked to total points earned because of the sliding scale and wallet number factors.
This method, especially in light of how polynya akins it to pos, sounds reasonable and possible imo. would just need to iron out the numbers and come up with some models.


Download theory of equations and trigonometry book pdf free download link or read online here in pdf. Theory of equations semester 3 download free notes. From the point of view of the number of functions involved we may have one function, in which case the equation is called simple, or we may have several. This website is created solely for jee aspirants to. Recall from algebra i that equivalent equations have the same solution set. Introduction to functional equations theory and problemsolving strategies for mathematical competitions and beyond costas efthimiou department of physics universityof central florida version. You may copy it, give it away or reuse it under the terms of the project gutenberg license included with this ebook or online at. Make use of these quadratic equations in pdf to keep up in the race and attain your target efficiently. Here we will describe the system characteristics of the bjt. This pdf file is formatted for printing, but may be easily formatted for screen. Moreover, it develops anew and in greater detail various fundamental ideas of calculus for the simple, but important, case of polynomials. Dec 21, 2018 theory of equations is one of the most important chapters in the syllabus of jee main and jee advanced 2019.
Tamilnadu samacheer kalvi 12th maths solutions chapter 3 theory of equations ex 3. The theory of equations is not only a necessity in the subsequent mathematical courses and their applications, but furnishes an illuminating sequel to geometry, algebra and analytic geometry. However you can print every page to pdf to keep on you computer or download pdf copy of the whole textbook. This handbook is intended to assist graduate students with qualifying examination preparation. Handwritten notes of 3d geometry 1 handwritten notes of 3d geometry 2 handwritten notes of application of derivatives. If you want to prepare the mathematics properly, then you should download all the chapters of the mathematics and read it. For an out date book this is superior over any other text i have seen on theory of equations. Other articles where theory of equations is discussed. A copy that has been read, but remains in clean condition. The key of the famous lighthill theory of sound generation by turbulence is the use of an integral equation which is much more suitable to introducing approximations than a differential equation. Theory of equations revision notes and important questions. Get your kindle here, or download a free kindle reading app. An illustration of a computer application window wayback machine an illustration of an open book.
Pdf read jh sir physical chemistry notes for class 11 jee feb 12, 2020. First course in the theory of equations project gutenberg. The theory of equations is a traditional course of mathematics which deals with the theory and solutions of polynomial and linear equations. Albert einstein 5 preface december, 1916 the present book is intended, as far as possible, to give an exact insight into the theory of relativity to those readers who, from a general scientific and philosophical point of view. A fundamental subject in mathematics,which deals with the methods of finding roots of a given mathematical expression. The pdf will be helpful for all upcoming exams like ibps po, clerk and other examinations. The steps of adding 1 to both sides of the first equation and of. In algebra, the theory of equations is the study of algebraic equations also called polynomial equations, which are equations defined by a polynomial. With its success, however, a certain casualness has been bred concerning its application, without much regard for hypotheses. Pdf a perrequisite for mathematical modeling stream of discoveries.
If youre looking for a free download links of partial differential equations. Study notes and important questions theory of equations. Albert einstein 5 preface december, 1916 the present book is intended, as far as possible, to give an exact insight into the theory of relativity to those readers who, from a. Algebratheory of equations wikibooks, open books for an. Web to pdf convert any web pages to highquality pdf files while retaining page layout, images, text and. Theory of equations is one of the most important chapters in the syllabus of jee main and jee advanced 2019. It is a semiconductor device and it comes in two general types. Suppose fx is a function in x and m is a constant in the range of the function. Assuming an ideal gas, a derivation results in an equation for total number of collisions per. However, the specific approach to equations that developed in china occurs.
Click download or read online button to get theory and applications of partial differential equations book now. Theory of equations every equation of nth degree has a total n real or imaginary roots. We shall look at polynomials in detail and will discuss various methods for solving polynomial equations. Solving equations was an important problem from the beginning of study of mathematics itself. Many of the examples presented in these notes may be found in this book. Theory and applications of partial differential equations. Things have changed dramatically in the ensuing 3 decades. Depending upon the domain of the functions involved we have ordinary di.
Ordinary differential equations lecture notes by eugen j. E partial differential equations of mathematical physicssymes w. Download theory and applications of fractional differential equations or read online books in pdf, epub, tuebl, and mobi format. Pdf engineering differential equations download full pdf. All web surfers are welcome to download these notes, watch the youtube videos, and to use the notes and videos freely for teaching and learning.
Samacheer kalvi 12th maths solutions chapter 3 theory of. For assignment helphomework help in economics, mathematics and statistics please visit. Soon after albert einstein formulated this beautiful theory, it was realized that his equations have solutions in closed form. Download theory and applications of partial differential equations or read online books in pdf, epub, tuebl, and mobi format. This content was uploaded by our users and we assume good faith they have the permission to share this book. Free differential equations books download ebooks online. Theory of equations accessscience from mcgrawhill education. Differential equations for engineers click to view a promotional video. Quadratic equation questions pdf in this post we are.
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Ordinary differential equations and dynamical systems. On this page you can read or download theory of equations solution by lalji prasad in pdf format. The theory of equations is not only a necessity in the subsequent mathe. This site is like a library, use search box in the widget to get ebook that you want. First course in the theory of equations download link. Chapter 1 2 3 introduction, chromatography theory, and. Theory of equations detailed explanations with solved examples. Solving various types of differential equations, analytical methods, second and norder linear differential equations, systems of differential equations, nonlinear systems and qualitative methods, laplace transform, power series methods, fourier series.
Theory ordinary differential equations solution manual by coddington by handbush. The branch of mathematics concerned with finding facts concerning the roots of algebraic equations and finding methods for obtaining them. The solution by radicals that babylonian mathematicians had already explored has not been found in the chinese texts that survive. An introduction to theory and applications pdf, epub, docx and torrent then this site is not for you. In this basic video, we have started the theory of equation including polynomial, algebraic equation, zoros or root of the equation and 5 related theorems. Techniques, theory, and applications is designed for a modern first course in differential equations either one or two semesters in length.
Cengage math pdf is the book of mathematics published by cengage publication is of great quality, if you want to get a good rank in engineering exams like iit jee and jee advance, then you should definitely read this book, this book has been written by g. The theory of equations from cardano to galois 1 cyclotomy 1. If you dont see any interesting for you, use our search form on bottom v. This site is like a library, you could find million book here by using. Tn samacheer kalvi 6th books new syllabus 2019 to 2020 tamil nadu pdf free download. Introduction to ordinary and partial differential equations. Read online theory of equations and trigonometry book pdf free download link book now. Boundary value problem the unknown function ux,y is for example fx,y,u,ux,uy,uxx,uxy,uyy 0, where the function f is given. Theory of equations 2 free download as powerpoint presentation. These equations are valid for prismatic members, composed of linearly elastic material and subjected to. Theory and applications of fractional differential equations. List of key topics in theory of equations notes ebook. Entropy and partial differential equations evans l. The development of chromatography 19 theory is a long established science and almost all instrumental texts give nearly 20 exactly the same set of symbols, equations, and derivations.
These notes and ebook on theory of equations have been prepared by experienced science faculty and toppers and will provide you with easy to study material. As i discuss in this introcjuctory section, the equations that govern the motions of electrons and of nuclei are not the familiar newton equatrons. The organization of the book interweaves the three components in the subtitle, with each building on and supporting the others. May 01, 2018 these notes and ebook on theory of equations have been prepared by experienced science faculty and toppers and will provide you with easy to study material. Pdf download nv sir physics notes complete for jee feb 22, 2020.
First course in the theory of equations by leonard e. Aug 24, 2009 free kindle book and epub digitized and proofread by project gutenberg. Pages can include limited notes and highlighting, and the copy can include previous owner inscriptions. Theory of equations detailed explanations with solved. The main problem of the theory of equations was to know when an algebraic equation has an algebraic solution. Schiff the laplace transform is a wonderful tool for solving ordinary and partial differential equations and has enjoyed much success in this realm. We therefore discuss in some detail the use of greens functions to derive integral equations. The material of chapter 7 is adapted from the textbook nonlinear dynamics and chaos by steven. If it takes 2 s to go the 8 cm, then, v 8 cm2 s 4 cms.
To solve the first equation, we write a sequence of equivalent equations until we arrive at an equation whose solution set is obvious. F pdf analysis tools with applications and pde notes. Pdf download pradeep kshetrapal sir genius notes feb, 2020. Computers are everywhere, and software packages that can be used to approximate solutions. All books are in clear copy here, and all files are secure so dont worry about it.
The change in position d divided by the time it takes to change that position t is the average velocity. Free kindle book and epub digitized and proofread by project gutenberg. Elementary theory of equations pdf free download epdf. The derivation 21 below follows the same trends that can be found in early texts such as karger et. Jan 17, 2016 use pdf download to do whatever you like with pdf files on the web and regain control. Samacheer kalvi 12th maths solutions chapter 3 theory of equations ex 3. Lectures notes on ordinary differential equations veeh j.1332 445 692 1115 752 599 1401 37 1397 502 825 467 622 976 231 1304 422 55 1027 692 1246 97 1372 680 204 1483 831 921 1029 873 542 1419 737 319 213 930 1358 930 642 86 1356 207 635 114 118 1288 665


Well, lets see for both of them, using an example of a median temperature of 15 degrees F. for the day:kstills wrote:
That calc for #2 doesn't seem to work out...
For electricity at 100% efficiency:
3.45 x (65-15) = 172.5 KWH
172,5 KWH x 3,412 BTU's/KWH = 588,570 BTU's (which equals 24,524 BTU's per hour for 24 hours)
For oil at 80% efficiency:
0.11 x (65-15) = 5.5 gallons
5.5 gallons x 138,600 BTU's/gal. x 0.80 = 609,840 BTU's (which equals 25,410 BTU's per hour for 24 hours)
OK, to make things a bit more even lets call it:
Gallons of #2 Heating Oil per day = 0.10616 x HDD's
And if (for example) the whole month of January averaged a very realistic (for this area) 20 degrees F:
31 x (65-20) x 0.10616 = 148 gallons of # 2 heating oil required for the month (at 80% efficiency)
But remember, my chosen factors of 3.45 KWH (electricity) and 0.10616 Gal. (oil) and 1.55 Lbs, (coal) are for my home only. Your home will likely be different. Also remember that there are a lot of oil boilers and furnaces out there that are older and may only be operating in the 60% to 70% efficiency range.


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X Rev. A Phys. B Phys. C Phys. D Phys. Applicable mathematics is a subdiscipline of applied mathematics, although there is no consensus as to a precise definition. Mathematicians often distinguish between "applied mathematics" on the one hand, and the "applications of mathematics" or "applicable mathematics" both within and outside of science and engineering, on the other. Other authors prefer describing applicable mathematics as a union of "new" mathematical applications with the traditional fields of applied mathematics.
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The line between applied mathematics and specific areas of application is often blurred. Many universities teach mathematical and statistical courses outside the respective departments, in departments and areas including business, engineering , physics , chemistry , psychology , biology , computer science , scientific computation , and mathematical physics. From Wikipedia, the free encyclopedia.
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Oct 08, 2007 · Draw an imaginary line from top of shaded area to the bottom of shaded area in both the circles. You will see that it forms a square with side = 2r. Area of shaded region = Area of the square - 2(Area of semi circle) = 4r^2 - 2(pi r^2 / 2)
An arc of a circle with centre A touches BC at Q, and meets AB at P and AC at R. Find the total area of the shaded regions, giving your answer in terms of and . Read More 0
Formula: A = ½r2θ A = Area (units squared!!) r = radius θ = central angle in RADIANS!!! Ex. 1) Find the area of the sector of a circle whose central angle is 7π/8 and the radius is 3 cm. Ex. 2) Find the area of the sector of a circle with central angle of 50oand radius 6m.
Worksheet Math 124 Week 7 (c)Find yin terms of x. You need right triangles to get started on this one. Solution: The height of the triangle is p 132 + 52 = 12. Using similar triangles x 12 = y 2 10 2 so y= 5x 6. (d)Find the area of the shaded region in terms of x. You need right triangles to get started on this one, too. Solution: Dropping a ...
As you can see, the radius of the large circle is R and the radius of one shaded (blue) circle is r. So the ratio of the blue-to-yellow (shaded-to-unshaded) areas is: 4πr 2: (πR 2 - 4πr 2) This doesn't finish the problem, because we have two variables in there. Can you examine the lines I drew and come up with a relationship between r and R ...
Find the areas of shaded regions which are combinations of squares, triangles, and circles. ... Finding circumference of a circle when given the area. Area of a shaded region. Impact of increasing the radius. Practice: Circumference and rotations. Practice: Area and circumference of circles challenge.
The formula for the area of a circle is π x radius2, but the diameter of the circle is d = 2 x r 2, so another way to write it is π x (diameter / 2)2. Visual on the figure below: π is, of course, the famous mathematical constant, equal to about 3.14159, which was originally defined as the ratio of a circle's circumference to its diameter.
Area of Shaded Regions that involve Circles (Worksheet) Related Topics: More Geometry Worksheets More Geometry Lessons Objective: I know how to evaluate area of shaded regions that involve circles. Fill in all the gaps, then press "Check" to check your answers. Use the "Hint" button to get a free letter if an answer is giving you trouble ...
The diagram shows a regular hexagon inscribed in a circle with radius 5 meters. The shaded region is the part of the circle that is outside of the hexagon. Area of shaded region = Area of circle - Area of hexagon. Area of shaded region = πr 2 - 1/2 ⋅ a ⋅ p. Radius of the circle is 5 and the apothem of a hexagon is Find the area of the segment (shaded in blue in the figure) of a circle whose radius is 8 feet, formed by a central angle of 70 o. [Hint: Subtract the area of the triangle from the area of the sector to obtain the area of the segment.]
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Find the radius/diameter of a circle from the area. A worksheet where you need to find the radius or diameter of a circle, given the area.
Find the area of the shaded region in figure, if ABCD is a square of side 14 cm and APD and BPC are semi-circles. Sol. Side of the square = 14 cm ∴ Area of the square ABCD = 14 × 14 cm 2 = 196 cm 2 Find The Area The Shaded Region Worksheet Free Worksheets from Area Of Shaded Region Worksheet, source:comprar-en-internet.net Area of Shaded Regions that involve Circles Worksheets and solutions from Area Of Shaded Region Worksheet, source:onlinemathlearning.com
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So, the area of any circle is A = π∙r 2 2. Find the Area of the following circles (assume point E is the center) : A. B. C. 2a. Area = 2b. Area = 2c. Area = See the sketchpad example to explain area formula (may need to use trigonometry) p.81 M. Winking (Section 3-6)
Area Of Shaded Region Circles - Displaying top 8 worksheets found for this concept.. Some of the worksheets for this concept are Geometry area and perimeter hw72, Area of shaded region work, Concentric circle, Concentric circle, Area, Ub sat 2005 2006, Part 1 module 2 set operations venn diagrams set operations, Mathematics linear 1ma0 area circumference of circles. Nov 11, 2020 · It has a path of width 2 metre all around it inside. Find the area of the path. 3. From a circular sheet of radius 4cm, a circle of radius 3cm is removed. Find the area of the remaining sheet (Take π = 3.14). 4. The ratio of radii of two circles is 4:5. Find the ratio of their areas. Grade 7 Maths Perimeter and Area Long Answer Type Questions. 1.
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Jul 11, 2020 · In the given figure, three sectors of a circle of radius 7 cm, making angles of 60°, 80° and 40° at the centre are shaded. The area of the shaded region (in cm2) is [Using π = ] [Foreign 2012] (a) 77 (b) 154
Worksheet Math 124 Week 7 (c)Find yin terms of x. You need right triangles to get started on this one. Solution: The height of the triangle is p 132 + 52 = 12. Using similar triangles x 12 = y 2 10 2 so y= 5x 6. (d)Find the area of the shaded region in terms of x. You need right triangles to get started on this one, too. Solution: Dropping a ... Find the white space to access the area of white space in the rectangle. If it is also a rectangle, multiply its length and width together. Subtract the white space area from the entire rectangle area. The result is an area of a shaded area in a rectangle.
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Apr 25, 2016 · Find the area of shaded region? Two congruent circles of radius 5 cm are drawn in such a way that one is 1 cm below other. Area of red coloured region? 2 diagonals of this rectangle divide it into 4 triangles. What is area of rectangle if area of the shaded region is 42? A circle has a radius of 12 units and its center is at one vertex of a square.
Finding Area of a Shaded Region This is a 20 problem worksheet where students have to find the area of a shaded region. For example you might have a rectangle with a circle cutout in the middle of it. Area of remaining cardboard = Area of rectangle – Area of two semicircle = 98 – 38.5 = 59.5 Q.7 In the given figure, the area of the shaded region between two concentric circles is 286. If the difference of the radii of the two circles is 7 cm, find the sum of their radii. [use ]
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In the given figure, AB is the diameter of a circle with centre O and OA = 7 cm. Find the area of the shaded region. 6. Find the area and perimeter of a semi-circular plate of diameter 14 cm. 7. In the adjoining figure; PS is a diameter of a circle and is of length 6 cm. Q and R are points on the diameter such that PQ, QR and RS are equal.
Geometric Probability – Area Problems Worksheet Find the probability that a randomly chosen point is the figure lies in the shaded region. Give all answers in fraction and percent forms. 14. Find the area an perimeter of the shaded region. Leave answer in terms of n. cm ang symbol Find the area and perimeter of the shaded region. Leave answers in terms of IT. 40 Corner 10 em square a c./rcle 16. Find the area of the shaded region. Use 3.14 Trrz + Ci 5200
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Math app that takes pictures
Math app that takes pictures is a mathematical tool that helps to solve math equations. We can solve math problems for you.
The Best Math app that takes pictures
Looking for Math app that takes pictures? Look no further! There are many ways to approach solving pre calculus problems. Some people prefer to work through them step by step, while others like to use a more creative approach. There is no right or wrong way to do it, as long as you get the correct answer in the end. If you are struggling with a pre calculus problem, there are a few resources that can help you out. The first is to ask your teacher or professor for help. They are usually happy to explain the concept
There are a few things you can do to make solving math word problems easier. First, read the problem carefully and make sure you understand what it is asking. Once you know what the problem is asking, try to identify any key information or relevant equations that you will need to solve it. Once you have all of the necessary information, you can begin solving the problem. If you get stuck, don't be afraid to ask for help from a friend or a teacher.
This process involves using the square root of a number to isolate a variable that is being solving for. While this process can be complicated, it is often a useful tool for solving equations that would otherwise be difficult or impossible to solve.
They are often used in mathematical equations to represent things that are not physically possible, such as the square root of -1. In order to solve an equation with imaginary numbers, we must first understand what they represent and how to work with them. Once we have a firm grasp on the concept, we can use algebraic methods to solve for the desired value.
Piecewise functions can be tricky to solve, but there are a few steps you can follow to make it easier. First, identify the different parts of the function and what values they apply to. Second, graph the function to help you visualize what's happening. Finally, solve each part of the function separately and piece the solution together. Following these steps should help you solve most piecewise functions.


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Internal Rate of Return (IRR) is a commonly used metric in commercial real estate (CRE) investment analysis to measure the profitability of a real estate investment. IRR represents the annualized rate of return for a property investment, taking into account both the initial investment and the expected cash flows from the property over time.
To calculate IRR, you need to know the expected cash flows for each year of the investment, including the initial investment, the expected rental income, and the expected expenses. This information can then be used in a financial model to calculate the IRR using a spreadsheet, which has a built-in IRR function.
Here’s the basic formula for calculating IRR:
The discount rate that makes the present value of the expected cash flows equal to the initial investment
The IRR calculation considers the time value of money, meaning that the value of money received in the future is worth less than the same amount of money received today. The IRR calculation also assumes that the cash flows generated by the property can be reinvested at the IRR rate.
A high IRR indicates a more profitable investment, while a low IRR suggests a less profitable investment. IRR is often used in CRE investment analysis to compare the expected return on different investment opportunities and to determine the optimal investment strategy on a specific property.


By Carl Smith
The purpose of this textbook is to provide an account of the idea of computation. After introducing the idea that of a version of computation and providing quite a few examples, the writer explores the constraints of powerful computation through easy recursion concept. Self-reference and different equipment are brought as basic and uncomplicated instruments for developing and manipulating algorithms. From there the ebook considers the complexity of computations and the inspiration of a complexity degree is brought. eventually, the publication culminates in contemplating time and house measures and in classifying computable capabilities as being both possible or no longer. the writer assumes just a uncomplicated familiarity with discrete arithmetic and computing, making this textbook excellent for a graduate-level introductory path. it's according to many such classes offered via the writer and so various routines are incorporated. moreover, the recommendations to almost all these workouts are supplied.
Read or Download A Recursive Introduction to the Theory of Computation PDF
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The authors current a common and self-contained thought of iterative algorithms for comparing delivery coefficients in multicomponent, and particularly dilute polyatomic fuel combinations hence filling a spot left through different books that supply choice to natural (mostly monatomic) gases and to binary combinations. Approximate expressions for the delivery coefficients are conscientiously derived from the kinetic thought.
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Extra resources for A Recursive Introduction to the Theory of Computation
29: Use the recursion theorem to prove the fixed point theorem. y[t/J(f(x,y))]. Prove that if t/J is universal and g is a recursive permutation (one to one and onto) then g- 1'1/Jg is also universal. 3 Alternative Characterizations Each characterization of an acceptable programming system gives a minimal set of programming techniques that are necessary to manipulate programs and to build new ones from existing programs. It is very hard to construct an unacceptable programming system. The various characterizations of an acceptable programming system that we will discuss give insight into the relative power of several well-known programming techniques.
727-742. [M&Y] M. Machtey and P. Young, An Introduction to the General Theory of Algorithms, Elsevier North-Holland, New York, 1978. [S&S] J. Shepherdson and H. Sturgis, Computability of Recursive Functions, Journal of the ACM, Vol. 10, 1963, pp. 217-255. [Tur] A. Turing, On Computable Numbers, with an Application to the Entscheidungsproblem, Proceeding of the London Mathematical Society, Vol. 42, 1936, pp. 23Q--265. 2 Basic Recursive Function Theory In the last section, we examined some reasonable models of computation.
Generally, it is easier to think about writing a program that knows its own name and hence, can access its own code, than it is to figure out how to apply the recursion theorem. Consequently, applications of the recursion theorem are typically implicit. We illustrate this phenomenon below by first giving the explicit construction and then giving the implicit version. 8: Suppose cp0 ,
A Recursive Introduction to the Theory of Computation by Carl Smith


Say I if Spurtz should be super badass!!!! He SHOULD have 20,000 HP 10,000 ATK 10,000 HL (Heal) and 50,000 Buff.
That would be extremely overpowered for a monster o.0.
-xKevin- 08:54, December 3, 2011 (UTC)
Please read this, before editing false information about new monsters. I just figured something out! The damage, health and speed of all the monsters in Wild Monster Invasion 2 (also in 1) are 10% lower than they actualy are. :)
I figuered that out by doing some tests with the Wild Monster Baiter, and made some calculations. It ended up showing that all the NPC monsters, that attack your base have their attack damage, health and speed decressed exactly by 10% (Please, don't ask me how I calculated it, it's 99% accurate...).
And soooo... I was thinking maybe the D/H/S of the monsters in WMI 2 is also decresed, since the damages that they're dealing are quite strange (Spurtz 108, Zagnoid 72, and so on...). But, if you count those damages to be only 90% of the actual damage, the numbers get a lot nicer when you calculate the last 10% and add it to 90%.
Take Spurtz for example! 108 damage seems quite strange, right? But what if that is only 90% of the damage? In that case, the last 10% of the damage is 12 (calculate that with the simple sross calculation). And if you add 12 to 108, you get the actual damage = 120 :)
This is just my theory, and I'm not sure if I'm right, but than again... the numbers are realy nice (Zagnoid gets exactly 80 damage, Malphus exactly 100, and more...)
Things seem to be a lot more logical now, huh? :) PokeyMookey 10:33, December 16, 2011 (UTC)


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Emeritus faculty Steven Steven is an art historian and the co-founder of Smarthistory. As Emeritus Faculty at Khan Academy, he creates, edits and publishes the art history content.
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The Deckbuilder calculates statistics for your deck to help you make sure it will work the way you want it to.
While building a deck, the following statistics are calculated live as cards are added or removed:
- Card Type breakdown - a pie chart of the different card types that appear in the deck
- Mana Symbol breakdown - a pie chart of the different mana symbols that appear in the deck
- Mana Curve - a column graph of the different mana costs of the cards in the deck and which colours appear at those mana costs
Hovering over each section of the Card Type and Mana Symbol pie charts will display the percentage of cards that are that card type or feature that mana symbol.
Hovering over each column of the Mana Curve table will display the number of cards of each colour.
While viewing the details of a deck, go to the Statistics section. The following statistics are calculated using the current build:
- Card Type breakdown
- Mana Symbol breakdown
- Mana Curve
- Turn Probabilities - a table of probabilities that particular cards or types of cards will be drawn each turn
The Card Type and Mana Symbol charts in this section also display the percentages, colour coded, in boxes below each chart. Hovering over these will display the actual number of appearances.
The Turn Probabilities table can display probabilities for individual cards, different card types and different mana costs. Use the 'Group by' drop down menu to change which is being displayed.


The following table is a subset of the output results from the cocktail recommendation engine (be warned some rude words in some of the cocktail names). I have tried to drill the list down to just the best matches so bear in mind there are probably 30% more matches thrown out which appear to have statistical significance but I can find no reason for the relationship (beyond sometimes they are next to each other in the large cocktail A-Z list).
Cocktail One - the cocktail someone is on, Cocktail Two - the cocktail I recommend, Probability - the probability that if someone is on cocktail one and visits another cocktail cocktail two will be that cocktail. There had to be at least 10 relationships in total recorded between cocktail one and another cocktail in my db for a cocktail to make this table.
I am hoping that as I get more data this table will grow more accurate and I will have fewer "wtf?" moments looking at the list. I also want to add two more probabilities to the calculation:
- Probability if they visit 1 they will like 2
- Probability if I display 2 on 1 they will click on it
Anyway for now enjoy looking at the cocktail relationships and expect more data soon.


Lets put our best efforts together to make maths learning interesting for your child and let your child be outstanding in the Class. The early formative years play a very important role in child learning. Some of the concepts learned during these years will remain throughout the life. If we learned counting on fingers in our childhood, we are still habitual of doing the same. I recall, most of us are still doing multiplication by repeating tables in hindi or our own language. All these practices continue the way we learned the concepts. Thats why we realized the importance of maths learning and give your child a unique opportunity to learn the same differently through Learnoid. To excel in a subject like maths it is not just sufficient to know the concept but how quickly you can do it. Time is very important. Through game based exercises, we tried to implement the same in daily practice problems.
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Sunday, June 9, 2013
C4T #1 Post #1
The Do You Know Blue Student Prizewinner
In his blog he talks about a middle school student in california that competed in a math competition that when she first started the competition she was ranked 33rd, but by the time she finished she had won the entire competition. he didn't really go into too much detail about the competition, which would have been nice, but he did included an excerpt from the article which he found the information from. After the competition he sent her class a pizza party in her name.
In Response to Mr. Meyer's Blog
Hey, my name is Chris and I am in a edm 310 class at the University of South Alabama, and I am a little confused about what you are trying to say. But at the end when you said that no body beat that, is that implying that she won the competition that that student was in? But it is great to see that the younger generation is getting into mathematics. When i was going through school it seemed like no body wanted to take any math courses and they didn't see the point in taking the math courses.


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Project DescriptionMatCont is a Matlab software project for the numerical continuation and bifurcation study of continuous and discrete parameterized dynamical systems. Leaders of the project are Willy Govaerts (Gent,B) and Yuri A. Kuznetsov (Utrecht,NL).


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The Mathematics Upskilling Learning Units (or Math ULUs) is intended for individuals who wish to improve their mathematical proficiency by mastering foundational mathematical concepts and procedures that first-year mathematics requires.
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A number system, also called the numeral system, is a way of representing numbers. Decimal system, binary system etc are all different number systems.
NOTE: All Khan Academy content is available for free at www.khanacademy.org
QS- LEAP Lessons | Order of operations, Absolute Values and Linear Equations
QS- LEAP Lessons | Number Properties
QS- LEAP Lessons | Fractions and Percentages
QS- LEAP Lessons | Exponents and Roots Prelim
QS- LEAP Lessons | Coordinate Geometry Distance and Section Formula