#Symbolic calculator wolfram

[tonkipie]

Symbolic calculator wolfram

Symbolic calculator wolfram code#

If you have any questions or ideas for improvements to the Derivative Calculator, don't hesitate to write me an e-mail. The gesture control is implemented using Hammer.js. Complete documentation and usage examples. poles) are detected and treated specially. Wolfram Language function: Calculate the KullbackLeibler divergence between two distributions. For each function to be graphed, the calculator creates a JavaScript function, which is then evaluated in small steps in order to draw the graph. The interactive function graphs are computed in the browser and displayed within a canvas element (HTML5). Otherwise, a probabilistic algorithm is applied that evaluates and compares both functions at randomly chosen places. If it can be shown that the difference simplifies to zero, the task is solved. For example, this involves writing trigonometric/hyperbolic functions in their exponential forms. Their difference is computed and simplified as far as possible using Maxima. The "Check answer" feature has to solve the difficult task of determining whether two mathematical expressions are equivalent.

Symbolic calculator wolfram code#

For each calculated derivative, the LaTeX representations of the resulting mathematical expressions are tagged in the HTML code so that highlighting is possible. This, and general simplifications, is done by Maxima. For example, constant factors are pulled out of differentiation operations and sums are split up (sum rule). In each calculation step, one differentiation operation is carried out or rewritten. There is also a table of derivative functions for the trigonometric functions and the square root, logarithm and exponential function. The rules of differentiation (product rule, quotient rule, chain rule, …) have been implemented in JavaScript code. Instead, the derivatives have to be calculated manually step by step. It does not merely offer a convenient way to perform the computations students would have otherwise wanted to do by hand. The presence of such a powerful calculator can couple strongly to the type of mathematical reasoning students employ. Maxima's output is transformed to LaTeX again and is then presented to the user.ĭisplaying the steps of calculation is a bit more involved, because the Derivative Calculator can't completely depend on Maxima for this task. Symbolic calculators like Mathematica are becoming more commonplace among upper level physics students. Like any computer algebra system, it applies a number of rules to simplify the function and calculate the derivatives according to the commonly known differentiation rules. Wolfram alpha can give answers in simple cases, but from my experience ISC was much more useful. Maxima takes care of actually computing the derivative of the mathematical function. Inverse Symbolic Calculator (ISC for short) is down indefinitely (and has been down for many years). This time, the function gets transformed into a form that can be understood by the computer algebra system Maxima. When the "Go!" button is clicked, the Derivative Calculator sends the mathematical function and the settings (differentiation variable and order) to the server, where it is analyzed again. MathJax takes care of displaying it in the browser. This allows for quick feedback while typing by transforming the tree into LaTeX code. The parser is implemented in JavaScript, based on the Shunting-yard algorithm, and can run directly in the browser. The Derivative Calculator has to detect these cases and insert the multiplication sign. A specialty in mathematical expressions is that the multiplication sign can be left out sometimes, for example we write "5x" instead of "5*x". In doing this, the Derivative Calculator has to respect the order of operations. It transforms it into a form that is better understandable by a computer, namely a tree (see figure below). Linear algebra: matrix operations, determinant, rank, reduced echelon form, characteristic polynomial, etc.For those with a technical background, the following section explains how the Derivative Calculator works.įirst, a parser analyzes the mathematical function.Calculus: derivatives, integrals, limits, taylor expansion, etc.Algebra: operations on polynomials, such as expansion and factorization, collecting terms, division with remainder, etc.Store unlimited number of variables, create custom functions.5/15 is 1/3 and not 0.333 (unless you select rounded numerical mode) It offers all the advantages of an advanced graphing/scientific calculator mixed with the convenience of a modern mobile app. The perfect tool for students, teachers and engineers, built on an extremely powerful algebra engine, SymCalc solves any math problems from basic arithmetics to university-level advanced math.

[be10xblogs]

Best AI Tools for Solving Math Problems

Math can be a beautiful and powerful subject, but it can also be a source of frustration for students and professionals alike. Struggling with a complex problem or getting stuck on a new concept can be a major roadblock. Thankfully, the world of Artificial Intelligence (AI) offers a helping hand with a variety of tools designed to empower you in the realm of mathematics.

Tools for Solving Math Problems

These AI-powered tools can be invaluable resources for anyone looking to tackle math problems, from basic arithmetic to advanced calculus. Here are some of the top contenders:

Photomath: Snap a picture of your problem with your phone and let Photomath instantly recognize and solve it. It provides step-by-step explanations, making it a great tool for learning and checking your work.

Socratic: This interactive platform allows you to type or write your problem and receive multiple solution methods with detailed explanations. Socratic is particularly helpful for understanding the logic behind each step.

Mathway: Solve a wide range of problems across various mathematical disciplines, from algebra and trigonometry to statistics and calculus. Mathway offers clear explanations and visual aids for better comprehension.

Wolfram Alpha: Go beyond basic solutions with Wolfram Alpha's powerful computational knowledge engine. This tool can handle complex equations, integrate data, and generate visualizations, making it ideal for advanced math exploration.

Maple Calculator: A comprehensive symbolic math software, Maple Calculator provides not only solutions but also allows you to explore alternative approaches and visualize concepts graphically.

CameraMath: Similar to Photomath, CameraMath uses your phone's camera to scan and solve equations. It supports handwritten text and offers multiple solution methods with explanations, catering to different learning styles.

Microsoft Math Solver: Integrate this tool seamlessly with Microsoft Word and other applications. Simply highlight your equation and access solutions, explanations, and similar problems for further practice.

Beyond Solutions: Building Skills

While AI tools offer valuable problem-solving assistance, it's important to remember that they shouldn't replace the process of learning and understanding the underlying concepts. Use these tools strategically to:

Check your work: Verify your solutions and identify any errors in your calculations.

Gain a deeper understanding: Utilize the step-by-step explanations to grasp the logic behind each step.

Explore different approaches: See alternative solution methods to broaden your problem-solving skills.

Unleashing Your Mathematical Potential

AI math-solving tools are powerful allies in your mathematical journey. By incorporating these resources into your learning, you can:

Boost your confidence: Tackle problems with less anxiety, knowing you have support if needed.

Improve your accuracy: Reduce calculation errors and ensure you arrive at the correct solution.

Deepen your understanding: Move beyond simply getting the answer and gain a solid grasp of the concepts.

Further Your AI Journey

For those interested in delving deeper into the world of AI, consider enrolling in an AI online course or pursuing a Masters in AI. This will equip you with a broader understanding of AI principles and their applications in various fields, including mathematics.

So, the next time you encounter a challenging math problem, don't hesitate to leverage the power of AI tools. With the right approach, these resources can be a game-changer, helping you conquer equations and unlock your full mathematical potential.

[frog707]

custom collision shapes

The next release of Minie (my open-source physics library) will feature custom collision shapes. This feature will enable developers to define new collision shapes using JVM logic.

The screenshot above shows custom shapes created (in Java) while testing this feature: hemispheres, half cylinders, and conical frusta. While these shapes could be approximated using meshes, they would either simulate inefficiently or else roll poorly, depending on the number of vertices used.

Defining such shapes mathematically isn't hard; it's calculating their inertia tensors that's the challenge!

So far I've limited my testing to shapes whose inertia tensors (for uniform density) can be solved analytically. That's difficult for some shapes. For instance, for the conical frusta I needed help with the symbolic integration and algebra---from Wolfram Alpha. Also I gave up on spherical caps in general, limiting myself to hemispheres. But I'd like to push my examples further.

For verisimilitude, inertia tensors don't *have* to be precise. Since I'm already relying on a computer, I'd might try estimating inertia tensors numerically. That would greatly expand the set of shapes I can generate using this feature.

[eagletflysolutions]

Data Science & Analytics MSC

This course teaches programming in high-degree languages and specifically the wolfram language mathematica. It will introduce all areas of this highly effective language, including symbolic and numerical calculations and simulations, links to other high-degree languages such as R and Python, hyperlinks to database languages MySQL and Mongo. For courses that require a first-class diploma, you have to achieve. We require you to submit a full software so that we can formally assess whether you meet the criteria printed - data science course for beginners.

As a Computing and Mathematical Science School & student, you can enter our oracle mentoring scheme. This helps college students to liaise with industry for advice on careers, professional insight, steering in on the lookout for jobs, and growing employability and presentation skills. You can enter examine expertise support through your tutor, lecturers, project supervisor, topic librarians, and our tutorial abilities center. You will acquire hands-on experience in handling data via your coursework and projects.

Our Institute is a dynamic and progressive division for analysis and instructing regarding the web, positioned in a world-leading conventional analysis college. The multidisciplinary we provide the opportunity to study academic, sensible, and policy-related issues that may only be understood by drawing on contributions from many alternative fields. Students at the department have access to IT infrastructure at both the departmental level and on the University level. We will use reasonable endeavors to proceed with the program for present students without making main modifications - Online data analytics course in delhi.

 This course nonetheless, has given attention to utilized statistics and is suitable for faculty students with undergraduate degrees in scientific disciplines with a major mathematical component but the restricted experience of statistics and data science. The Data Science MSc provides superior technical and practical abilities in the collection, collation, curation, and analysis of data. This is an ideal research pathway for graduates with a background in quantitative subjects, who possess related work experience, and who need to achieve expertise in present methods and techniques of data science. For more information, please visit our site https://eagletflysolutions.com/

[journals212]

"Embarking on a Mathematical Odyssey: Navigating the Mathematica Journal"

Introduction:

Welcome to the realm of mathematica journal exploration, where equations dance and numbers tell captivating stories. In this Mathematica Journal, we embark on a journey through the fascinating world of mathematical discoveries, powered by the versatile Mathematica software.

Section 1: Unveiling Mathematica's Power

Mathematica, developed by Wolfram Research, is not just a software; it's a dynamic toolkit for mathematicians, scientists, and enthusiasts alike. Its computational abilities go beyond mere calculations, providing a platform for symbolic computations, data visualization, and algorithmic problem-solving. Let's uncover the layers of Mathematica's power and understand how it revolutionizes the way we interact with mathematics.

Section 2: The Art of Problem Solving

One of mathematica journal greatest strengths lies in its ability to tackle complex problems with elegance and precision. Dive into the art of problem-solving as we explore practical examples, demonstrating how Mathematica can streamline your mathematical thought process and help unravel intricate challenges.

Section 3: Visualizing Mathematics

A picture is worth a thousand words, and Mathematica takes this adage to heart. Witness the beauty of mathematical concepts through stunning visualizations. From graph theory to complex calculus, Mathematica's visualization capabilities bring abstract ideas to life, making mathematical exploration an immersive and visually appealing experience.

Section 4: Symbolic Computation Demystified

Unleash the power of symbolic computation with Mathematica, where mathematical expressions become tangible entities. We'll delve into symbolic computation, showcasing how Mathematica's symbolic prowess simplifies complex algebraic manipulations and transforms abstract concepts into tangible results.

Section 5: Mathematica Journal Highlights

Take a peek into the Mathematica Journal's treasure trove. Explore featured articles, case studies, and community contributions that showcase the diverse applications of Mathematica across various fields. Whether you're a seasoned mathematician or a curious mind, the journal provides insights, techniques, and discoveries that inspire and challenge.

Conclusion:

As we conclude our journey through the mathematica journal, it's evident that mathematics is not just a subject; it's a dynamic, ever-evolving landscape. Mathematica serves as our trusted guide, opening doors to new possibilities and empowering us to navigate the intricate web of mathematical concepts. Whether you're a student, researcher, or simply a lover of numbers, the Mathematica Journal invites you to embark on a mathematical odyssey where the joy of discovery knows no bounds. Happy exploring.

 Box 7, University Centre University of Manitoba Winnipeg, Manitoba R3T 2N2,

[efrost]

Mathematics Software Market to Scale New Heights as Mathematics Software Market Players Focus on Innovations 2022 – 2027

A Latest intelligence report published by AMA Research with title "Global Mathematics Software Market Outlook to 2027. This detailed report on Mathematics Software Market provides a detailed overview of key factors in the Global Mathematics Software Market and factors such as driver, restraint, past and current trends, regulatory scenarios and technology development.

Mathematical software is software that is used for modeling, analyzing, and calculating numerical, symbolic, or geometric data. It is a type of application software that is used to solve math problems or to learn math. There are different views on what math is, so there are different views on the category of math software that was used for it, from the narrow to the broad sense. Some kind of mathematical software is also used by being built into the part of other scientific software. A most primary form of calculating the elementary function by floating-point arithmetic, for example, can be in the category of mathematical software. They are usually built into general-purpose systems as middleware. Mathematical software is not only application software, so to speak, but also the basis of other scientific software. And that's one of the characteristics of math software. Some math software programs often have a good user interface for learning purposes (see Math Learning Software). But the core parts of the solver are directly dependent on the algorithm due to the mathematical knowledge. So it may be reasonable that it will not process if it is not well solved, at least in terms of mathematical construction. (There is a physical limitation on the hardware.) This is a typical difference in math software for other application software.

Major Players in this Report Include are

 Wolfram Research (United States)

The MathWorks (United States)

Saltire Software (United States)

Maplesoft (Canada)

PTC Inc. (United States)

GAMS Development Corporation (United States)

Gurobi Optimization LLC (United States)

Civilized Software Inc. (United States)

Signalysis (United States) Market Drivers: Growing Demand for the Advanced Learning Concept for Children

Increasing Demand for Digital Education

Need for the Engagement in Critical Thinking, Communication, and Collaborative Skills

Market Trend: Technological Advancement in Mathematical Software

Increasing Trend of Blended Technology

Opportunities: Rising Literacy Skills can be an Opportunity

Growing Education Infrastructure in the World

The Global Mathematics Software Market segments and Market Data Break Down by Type (Free Software, Commercial Software), Application (School, Engineering Construction, Academic and Research Institutes, Others), Platform (Windows, MacOS, Linux, Android), Features (Allows scripting, Built-in statistics and calculus tools, Built-in CAS, Derivative and simplifying expressions, Plotting graphs, Truth tables)

Geographically World Mathematics Software markets can be classified as North America, Europe, Asia Pacific (APAC), Middle East and Africa and Latin America. North America has gained a leading position in the global market and is expected to remain in place for years to come. The growing demand for Global Mathematics Software markets will drive growth in the North American market over the next few years.

Presented By

AMA Research & Media LLP

[toursgaswa]

Plug in values symbolic math toolbox

#PLUG IN VALUES SYMBOLIC MATH TOOLBOX INSTALL#

#PLUG IN VALUES SYMBOLIC MATH TOOLBOX SOFTWARE#

#PLUG IN VALUES SYMBOLIC MATH TOOLBOX PC#

The mouse thing is ridiculous, the keyboard is not qwerty, so programming on it, if possible, would be a pain. I once tried to use it and it was more than counterintuitive. The Prime's competitor is obviously the TI N-spire. I already took and passed all standardized test in my uni and country, that I know of, so I can get whatever calculator I want, not ridiculously crippled 20-year-old dinosaurs like the TI-84. I know that sometimes that is because 2 of the roots are actually the same, but I need to know which two. In the case of the 3rd order polynomial solver, it often only gave me 2 roots, instead of 3. It solves matrices and even quadratic equations and (defined) integration, but it struggles with it. It paid out in less than 1 trimester *I felt like my Casio FX-115ES is great, but it has limitations and I am already starting to be affected by them. Amazing value, but it doesn't integrate very well with my normal work flow (no pun intended). It was 5 bucks, no periodic fee and it lets me see solutions step by step. Matlab and Mathematica being sort of like Altium and Cadence *I had already bought mobile Wolfram Alpha when I started uni. I haven't done anything with it, but I would predict it is sort of like Eagle or DipTrace in the math packages world. edu.do domain and have had online platforms much more complex than simple POP3 email) *MathCAD is free. I am, however, still complaining for my university not providing us with. Here are the rationales for my decisions: *Matlab is a necessary thing on my curriculum, but I cannot afford the home edition as well as a calculator (more on that later).

#PLUG IN VALUES SYMBOLIC MATH TOOLBOX PC#

I'll be using MathCAD and Wolfram Alpha as PC and phone math packages, respectively and I bought an HP Prime calculator for classroom use. Thanks for your opinions guys! I'll be using the Matlab copies installed on the uni's labs, when I specifically need Matlab. Well, I think I got my math existential crisis solved out.

#PLUG IN VALUES SYMBOLIC MATH TOOLBOX SOFTWARE#

Most PLC's software have the magic "autotune" option when using PID function blocks in the code, so this makes the use of Matlab even more rare, at least in the field of automation. (I already had the transfer function, so once you have that, calculation of the PID parameters is trivial with the toolbox). In fact, i used it only once to calculate PID parameters for a PID controller i was writing in C.

#PLUG IN VALUES SYMBOLIC MATH TOOLBOX INSTALL#

The MPC toolbox allows simulation of the output when using MPC controller in your design, and so on.Also there are plug-in toolboxes you can install for e.g stability simulation on non-linear systems.And the list goes on (Nyquist diagrams, Bode plot analisys, conversions from State-Space to Transfer Function.) Now, after my studies i use it really rarely. Also, it's PID toolbox comes in really handy for calculating PID parameters. During the studies i extensively used Matlab, and especially Simulink for system stability simulations. I can only speak for Control Systems Engineering and Automation, because that's the field i graduated in. It really depends on the field you are in.

[tittarating]

Alpha wolf solver

People and History - Includes people, genealogy, political leaders, historical events, and so on. Under "particle physics," examples include "get information about a particle," "specify a particle symbol," "compare several particles," "request a property of a particle," "do a calculation on particle properties," "compute the reduced mass of a system of two particles" and "get information about a particle accelerator." Typing "proton" into the search box yields the particle's mass, electric charge, particle type, quark content, quantum numbers, lifetime, symmetry operations and excitations. Physics - Includes mechanics, electricity and magnetism, thermodynamics, particle physics, quantum physics, and so on. women's size 5 shoe" yields a list of the dimensions of that size and its equivalent in other countries. The result can be changed to display in gallons rather than liters. ft primer" into the search box results in "18.7 liters" - the amount of primer required to cover that square footage. Under "units," examples include "get information and conversions for a unit," "get unit conversions for a quantity," "convert to a specified unit," "do a calculation with units," and "compare physical quantities and compute dimensionless combinations." Entering "1500 sq. Units and Measures - Includes conversions, calculations, industrial measures, and so on. Here are a few examples - from a huge number of possibilities - of categories, queries and results: New kinds of algorithms for 1000+ domainsġ0+ trillion pieces of data from primary sources with continuous updatingĥ,000+ types of visual and tabular output. The project website lists the system's components: The Wolfram Alpha search box accepts natural language input in keyword, phrase, or sentence format, as well as mathematical equations. The interface looks similar to that of a regular search engine but queries typed into the search box result answers to specific questions rather than listings of websites that may be relevant to the query. Wolfram Alpha is a computational search engine (sometimes referred to as an "answer engine").

[longeko]

Alpha wolf solver

The plan was to publicly launch the service a few hours later. Launch preparations began on May 15, 2009, at 7 p.m. WolframAlpha functionality in Microsoft Excel is deprecated in June 2023. WolframAlpha data types were available beginning in July 2020 using Microsoft Excel, but that partnership ended in favor of Microsoft Power Query data types. For factual question answering, it was previously queried by Apple's Siri and Amazon Alexa for math and science queries but is no longer operational within those services. WolframAlpha has been used to power some searches in the Microsoft Bing and DuckDuckGo search engines but is not currently used. WolframAlpha is written in the Wolfram Language, a general multi-paradigm programming language, and implemented in Mathematica and ran on more than 10,000 CPUs as of 2009. Mathematical symbolism can be parsed by the engine, which responds with numerical and statistical results. It displays its "Input interpretation" of such a question, using standardized phrases. It is able to respond to particularly phrased natural language fact-based questions, or more complex questions. WolframAlpha then computes answers and relevant visualizations from a knowledge base of curated, structured data that come from other sites and books. Users submit queries and computation requests via a text field. Additional data is gathered from both academic and commercial websites such as the CIA's The World Factbook, the United States Geological Survey, a Cornell University Library publication called All About Birds, Chambers Biographical Dictionary, Dow Jones, the Catalogue of Life, CrunchBase, Best Buy, and the FAA. WolframAlpha was released on May 18, 2009, and is based on Wolfram's earlier product Wolfram Mathematica, a computational platform for calculation, visualization, and statistics capabilities. It answers factual queries directly by computing the answer from externally sourced data. r əm-/ WUULf-rəm-) is a computational knowledge engine and answer engine developed by Wolfram Research. May 18, 2009 13 years ago ( ) (official launch)

[piermanwalter]

A massive nanomachine plague redesigned every electronic into a human killing machine. After all of humanity escaped into space, the machines were forced to find new reasons to exist and became self aware. Now, the Earth is populated by many clans of sentient appliances. Today we will be exploring the violent society of the calculator people.

Although the nanomachines were able to harvest materials from their surroundings for redesign, what you are is what you get. The calculator people are more or less the size of regular calculators. The fearsome-looking spear carried by the graphing calculator is a normal dip pen. The box cutter carried by the blue calculator seems to be the size of a sword, but it was actually made to be much smaller than usual. If you are reading this on desktop, the blue calculator is life size. The plague was made for the sole purpose of causing human extinction and even though calculators are very small, they are still dangerous. Even thumb-sized laser pointer people are capable of killing humans. The average calculator can jump three times its own height, support fifty times its own weight, and has a top speed of six miles per hour sustainable until its battery runs out. Never forget that the majority of calculators alive today have killed at least one human.

The core value of calculator society is fighting. Despite their nerdy reputation in human society, the calculators must be extremely warlike to survive. The nanomachines can animate paper, but since it contains no electronics, it has no intelligence. Fading abandoned SATs wander around, their problems remaining unsolved until they run into a calculator. Due to their original function, they are compelled to make sense of any numbers they see. But if they ever encounter a problem they aren't equipped to deal with, they go into SYNTAX ERROR and can't move until someone clears their memory, which is basically like having a stroke. There's a simple solution to this terrible problem. If you can't process trig and you encounter a paper with a cosine on it, use your self defence marker to scribble it out into something solvable. Out of sight, out of mind. Writing complex problems in visible places is a good way to deter most calculators, but the longer it stays up, the more likely a TI-Nspire CX CAS with a staple gun will show up to investigate. 

The most powerful of calculators can walk through abandoned lab archives unharmed by any numbers they see, but calculators are highly social. In order to protect weaker calculators who can only do basic arithmetic, many papers must be destroyed. The papers are not sentient by any measure, but they are aware enough to fight back against the calculators for stabbing holes and dousing them in ink. The population of homework and tax forms has been greatly reduced and calculators have started chasing car people to rip out license plates containing dangerous math terms.

Calculators communicate by quickly flashing numbers and symbols on their displays. Different groups of calculators have their own languages, but they understand each other quickly. Their language abilities are second to communication type peoples, such as phones, ebooks, and billboards, and could be used to mediate discussions between different machine types if they weren't so aggressive and volatile. Calculators rarely fight one another, but when they do, it mostly consists of displaying or physically writing the most advanced problems they are capable of and then forcing the opponent to look at it, often through headlocks. Calculator population is fairly stable since they are smart enough to repair injuries and not die in avoidable ways. The calculator people made a groundbreaking discovery of recognising unmodified calculators as their own and inoculating them with nanomachines. So far, the total calculator population on Earth, sentient and not, has been steadily decreasing because they have yet to build any new individuals. Only the factory robot people have figured that out.

Calculator society is highly stratified, and the more status you have, the more permission you have to leave the safe buildings where thousands of calculators make their home. Your status is mostly determined by physical characteristics, such as how big your display screens are, whether you are solar, battery, or charge powered, if you can load other programs, screen resolution, metal vs. plastic shell, etc., but the greatest status symbol is how many buttons you have. The calculators have reduced the requirements of civilisation down to the basics. Electricity is what they need to live. Solving math is the reason they keep living. Everything they do (arguing with laptop people, building stationery-based weapons, breaking into universities to hunt down the most mind-bending eight-part partial derivative story problems) serves to get these two things. Powerful calculators live dangerously in search for better math and generator fuel. Basic calculators generally stay indoors, run the electric generator, and convince the printer to transcribe the sketchy flash drive the programming calculator got from a laptop who claimed it contained 6th grade geometry textbooks. Sometimes many groups of calculators all coordinate a single campaign together, such as collecting every single poster with an address on it from an entire city for statistical analysis.

Even though they are very small and not particularly numerous (haha), when word gets out via the various telecommunication type peoples that the calculators are planning a purge, everyone stays out of their way. The last time someone didn't take this seriously, the calculators killed a predator drone by calculating the exact quantity of mineral oil, vodka, and turpentine to mix so it would have the exact density and viscosity of jet fuel before siphoning it into barrels and leaving it out for the invading plane people to find. In a posthuman world, military resources are easily depleted and difficult to replenish, requiring careful maintenance no one knows how or is capable of doing anymore, but calculators are capable of sustaining a war for weeks. A bomber plane could spend three years gathering materials to build enough ordnance to destroy a city block, drop it on a known calculator house, but because calculators are very small and most of them are out purging, only 600 out of 4000 of them die. This is not a good use of time, energy, or materials. When removed from their society, calculators are not nearly as aggressive, but they either quickly die of apathy without math, or go into permanent SYNTAX ERROR when encountering incomprehensible math. We can conclude that calculators must adopt this violent predatory lifestyle to survive.

Most smartphones were unable to survive the immediate years following the mechanical conquest of Earth because of their fragility and reliance on human users. The nanomachines also raised everything's intelligence so they no longer held that great advantage. Calculators have accepted phones with in-built calculators. Some calculator communities are composed almost entirely of phones, led by a few extremely powerful 3D color graphing calculators. Smartphones have a strange role in calculator society because they have touchscreens, a theoretically infinite number of buttons, and don't go into SYNTAX ERROR, but they are useless in a fight and have to be charged all the time. This particular rose gold decoden iphone 8 reached high status because its human owner downloaded the Wolfram Alpha app. 

The vending machine people have been trying to hire the calculators as mercenaries to hunt down the rats and roaches who keep eating the products inside them, in exchange for a huge stockpile of nutrition labels which can be used for statistical analysis. So far, the calculator people are unaware because vending machines are stupid as hell and can barely communicate with each other, let alone an entirely different machine type. It's a miracle they were able to come up with this plan in the first place.

Tune in next time, when we explore the world of food processing type people. Without humans and the food they eat, what have they done to survive and find purpose in life?

[marstudiesx-blog]

Here are some of my favorite apps I use for studying and productivity and they have been lifesavers for me. Many of these apps are common or self-explanatory but I added them to the list anyways. Also please reblog or comment with some of your favorite study apps to help fellow studyblrs!

Khan Academy- This is an amazing way to learn concepts for almost all subjects. Their videos explains topics in detail and are easy to comprehend. They also have practice questions that are great for testing yourself, especially in math. Their SAT and other standardized testing practice is extremely useful.

Quizlet- Quizlet is not your average flashcard app. You can create your own sets or find sets that others have already made. There are many different modes for studying such as writing, dictation, matching, testing, games, etc. It’s UI also makes it super simple to use.

Socratic- Socratic allows you to scan text on paper using the camera, type in information, or type in math problems so that it can scan the internet for all possible related content. It will quickly bring up many different sources online and perform a Google Search.

GoodNotes- I use this app on my iPad to take handwritten notes with my Apple Pencil. It’s really easy to take notes on here with many different paper templates. Their zoom window feature also makes it simple to write legibly. GoodNotes allows you to convert text to handwriting and easily write on other documents. One feature that it does not have but it’s competitor Notability does is the ability to audio record with the notes but you can still record at the same time with the iOS built in voice memos or another recording app.

Forest- Forest is a focus timer app where you plant a “tree” for a set amount of time to stay focused and cannot leave the app. If you do, your tree will be killed symbolizing that you didn’t finish the session. Earn coins for each tree that you plant and you can spend those coins to plant a real tree somewhere in the world! You can also do group room session where you do the same and plant a tree with friends. (If you aren’t ready to spend for the app Flora is a similar app although I haven’t tried it so I’m not sure what it’s like)

Slader- Slader provides detailed answers for many textbook questions. It’s written by people who submit answers so they may not always be right but usually are. Math related problems have detailed step-by-step solutions which are very helpful.

Wolfram Alpha- This app is great to use for high level studies. It helps you solve complex mathematical problems or find detailed information in STEM topics. It has an abundance of content as is definitely worth paying for.

LitCharts- I haven’t used LitCharts that much yet but it’s much like Sparknotes with detailed chapter summaries, character descriptions, quote analysis, and more. I personally like this app more than Sparknotes because it doesn’t have many distracting apps.

Todoist- Todoist is great for keeping track of tasks and organizing them in categories. They email you with your tasks everyday to stay on track and keep track of daily completed streaks. Sadly most of its other features can only be used by paying for their premium subscription such as notifications or completed tasks.

Desmos- This graphing calculator is beneficial for me when I forget my calculator at home. You can easily type in an equation and it will be graphed immediately. Clicking on the points will allow you to find the coordinates. It can sometimes be difficult to graph more complicated equations but overall a great app.

Google Calendar- I've been using Google Calendar to plan out my daily schedules for many years. It’s easy to add an event and can invite others by email to it. The app allows you to add details like locations and specific times so it can notify you when needed. I also add other calendars to my own such as my volleyball team’s schedule and biology teacher’s class schedule. Basically almost all of Google’s productivity apps are really beneficial.

Varsity Tutors- Varsity Tutors has apps specific to different AP subjects and standardized tests. Each has various question regarding all aspects of the tests. They also have a couple diagnostics test, full length tests, and flashcards with questions.

Motivate- Finding inspiration and motivation can be tough but this app has uplifting motivational videos and speeches to get you started. They constantly upload new videos often as well.

Photomath- This app allows you to take a picture of any math problem and it will provide you with the solution. Not only that but it will also provide a step-by-step process as to how to get the solution. It’s great to use when you don’t understand how to solve a problem or to find out where you went wrong.

[digitchain]

Mathematica

Mathematica is a computer algebra and numerical calculation software developed by Wolfram Research.It essentially allows computer algebra (manipulation of expressions mathematics in symbolic form, for example: calculation of derivatives, primitives,simplification of expressions, etc.) and numerical calculation (evaluation of expressions mathematics in digital form; for example: calculation of the…

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Download wolfram mathematica 7 for computer for free. Education software downloads - Wolfram Mathematica by Wolfram Research, Inc. and many more programs are available for instant and free download. Download wolfram mathematica 7 for free. Education software downloads - Wolfram Mathematica by Wolfram Research, Inc. and many more programs are . Mathematica 7 free download - PDF Reader for Windows 7, Windows 7 (Professional), Windows 7 (Ultimate), and many more programs.

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    Mathematica for Windows 10 is developed and updated by Wolfram. Wolfram Mathematica 7 Overview Wolfram Mathematica 7 is a very handy application for all the users who are downloa to perform complex computations. Mathematica uses its algorithmic power, as well as the carefully designed Wolfram Language, to create an intuitive mathematica download windows 7 free with predictive suggestions, natural input, and many other features.     

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     The only downside to Mathematica is that it can overcomplicate simple equations. However, it is a good place to trial and check equations before using them, and solutions are always available in the libraries.

Where can you run this program? Mathematica is only available on desktop. It runs on all versions of Windows, Linux and macOS. Wolfram Mathematica 11 Crack With Keygen Free Download Mathematica crack is a great programming tool for computing mathematical symbols and equations. It is used by scientists, engineers, mathematicians and even computer processors.

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Download Mathematica for PC Before you download the installation file, We recommend you to read the information about this app. Mathematica Latest Version! So, please choose one of the easy method on below Method 1: Installing App Manually Please note: you should download and install programs only from trusted publishers and retail websites. First, open your favorite Web browser, you can use UC Browser or any other Browser that you have Download the Mathematica installation file from the trusted link on above of this page Or you can download via this link: Download Mathematica Select Save or Save as to download the program.

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Step 2: Finding the apps on Windows Store You can find the Mathematica in Windows store using search box in the top right. How To Uninstall Mathematica App? Now, your Windows operating system is clean from Mathematica app. To get to the app, click on the Start Button. Next, find the app you wish to remove. One last box will appear — click Uninstall again.

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[macunan]

Ultimate Vim Configuration for Developer

Install latest version of nodejs (For ubuntu like distro)

curl -sL https://deb.nodesource.com/setup_14.x -o nodesource_setup.sh   sudo bash nodesource_setup.sh   sudo apt-get install -y nodejs

Download plug.vim and put it in the "autoload" directory.

usually found in the echo $VIMRUNTIME directory

in my case it was :/usr/local/share/vim/vim82

since I compiled from source in most installations you can do the following:

Vim

Unix

curl -fLo ~/.vim/autoload/plug.vim --create-dirs \    https://raw.githubusercontent.com/junegunn/vim-plug/master/plug.vim

You can automate the process by putting the command in your Vim configuration file as suggested here.

Windows (PowerShell)

iwr -useb https://raw.githubusercontent.com/junegunn/vim-plug/master/plug.vim |`    ni $HOME/vimfiles/autoload/plug.vim -Force

Neovim

Unix, Linux

sh -c 'curl -fLo "${XDG_DATA_HOME:-$HOME/.local/share}"/nvim/site/autoload/plug.vim --create-dirs \       https://raw.githubusercontent.com/junegunn/vim-plug/master/plug.vim'

edit and  add the following to your .vimrc:

set number set clipboard=unnamedplus colorscheme peaksea set backspace=indent,eol,start call plug#begin('~/.vim/plugged') Plug 'neoclide/coc.nvim', {'branch': 'release'} Plug 'ctrlpvim/ctrlp.vim' Plug 'ctrlpvim/ctrlp.vim' Plug 'preservim/nerdtree' Plug 'chrisbra/vim-commentary' Plug 'jlanzarotta/bufexplorer' Plug 'itchyny/lightline.vim' Plug 'preservim/tagbar' call plug#end() set laststatus=2 let mapleader = "," nmap <leader>w :w!<cr> map <leader>tn :tabnew<cr> map <leader>to :tabonly<cr> map <leader>tc :tabclose<cr> map <leader>tm :tabmove " Opens a new tab with the current buffer's path " Super useful when editing files in the same directory map <leader>te :tabedit <C-r>=expand("%:p:h")<cr>/ " Close current buffer map <leader>bd :Bclose<cr> map <leader>tt :term<cr> " Close all buffers map <leader>ba :1,1000 bd!<cr> vnoremap <silent> <leader>r :call VisualSelection('replace')<CR> map <leader>o :BufExplorer<cr> " Quickly find and open a file in the CWD let g:ctrlp_map = '<C-f>' " Quickly find and open a recently opened file map <leader>f :CtrlPMRU<CR> " Quickly find and open a buffer map <leader>b :CtrlPBuffer<cr> map <leader>nn :NERDTreeToggle<cr> map <leader>nb :NERDTreeFromBookmark map <leader>nf :NERDTreeFind<cr> map <leader>ss :setlocal spell!<cr> map <leader>sn ]s map <leader>sp [s map <leader>sa zg map <leader>s? z= nmap <F8> :TagbarToggle<CR>

restart vim and type

:PlugInstall

Restart vim  and enjoy.

In vim install the plugins you need for your development 

For example:

:CocInstall coc-json coc-css

That was css

 Few of the available plugins are:

You can find available coc extensions by searching coc.nvim on npm, or use coc-marketplace, which can search and install extensions in coc.nvim directly.

coc-angular for angular.

coc-blade-formatter for blade, Integrates the blade-formatter (Laravel Blade formatter).

coc-blade-linter for blade, Integrates the Laravel Blade Linter.

coc-browser for browser words completion

coc-calc expression calculation extension

coc-cfn-lint for CloudFormation Linter, cfn-python-lint

coc-clangd for C/C++/Objective-C, use clangd

coc-clang-format-style-options coc.nvim extension, helps you write .clang-format more easily.

coc-cmake for cmake code completion

coc-css for css, scss and less.

coc-cssmodules css modules intellisense.

coc-deno for deno.

coc-denoland for deno, fork of vscode_deno.

coc-diagnostic for All filetypes, use diagnostic-languageserver.

coc-discord discord rich presence for coc.nvim

coc-discord-rpc fully customizable discord rpc integration with support for over 130+ of the most popular languages

coc-dash-complete Press - to trigger buffer source completion.

coc-dot-complete Press . to trigger buffer source completion.

coc-ecdict ECDICT extension

coc-elixir for elixir, based on elixir-ls.

coc-ember for ember projects.

coc-emmet provides emmet suggestions in completion list.

coc-erlang_ls for erlang, based on erlang_ls

coc-esbonio for rst (reStructuredText), esbonio ([Sphinx] Python Documentation Generator) language server extension.

coc-eslint Eslint extension for coc.nvim

coc-explorer file explorer extension

coc-floaterm for vim-floaterm integration

coc-flow for flow

coc-flutter for flutter

coc-fsharp for fsharp.

coc-fzf-preview provide powerful fzf integration.

coc-gist gist management

coc-git provides git integration.

coc-glslx for glsl, use glslx.

coc-go for go, use gopls.

coc-graphql for graphql.

coc-highlight provides default document symbol highlighting and color support.

coc-html for html, handlebars and razor.

coc-htmldjango for htmldjango, django templates (htmldjango) extension. Provides "formatter", "snippets completion" and more...

coc-htmlhint for html, Integrates the HTMLHint static analysis tool.

coc-html-css-support for HTML id and class attribute completion.

coc-intelephense for php, fork of vscode-intelephense. (scoped packages: @yaegassy/coc-intelephense)

coc-java for java, use eclipse.jdt.ls.

coc-jedi for python, use jedi-language-server.

coc-json for json.

coc-julia for julia.

coc-just-complete Press _ to trigger buffer source completion.

coc-lists provides some basic lists like fzf.vim.

coc-lsp-wl for wolfram mathematica, fork of vscode-lsp-wl.

coc-markdownlint for markdown linting

coc-metals for Scala using Metals

coc-omnisharp for csharp and visualbasic.

coc-perl for perl.

coc-php-cs-fixer for php, Integrates the php-cs-fixer (PHP Coding Standards Fixer).

coc-phpactor for php, using phpactor

coc-phpls for php, use intelephense-docs.

coc-psalm for php, use psalm.

coc-powershell for PowerShellEditorService integration.

coc-prettier a fork of prettier-vscode.

coc-prisma for Prisma schema integration.

coc-pyright Pyright extension

coc-python for python, extension forked from vscode-python. (Not maintained anymore)

coc-pydocstring for python, using doq (python docstring generator) extension.

coc-r-lsp for r, use R languageserver.

coc-reason for reasonml

coc-rls for rust, use Rust Language Server

coc-rome for javascript, typescript, json and more, use Rome

coc-rust-analyzer for rust, use rust-analyzer

coc-sh for bash using bash-language-server.

coc-stylelintplus for linting CSS and CSS preprocessed formats

coc-stylelint for linting CSS and CSS preprocessed formats

coc-snippets provides snippets solution.

coc-solargraph for ruby, use solargraph.

coc-sourcekit for Swift

coc-spell-checker A basic spell checker that works well with camelCase code

coc-sql for sql.

coc-sqlfluff for sql, SQLFluff (A SQL linter and auto-formatter for Humans) extension

coc-svelte for svelte.

coc-svg for svg.

coc-swagger for improved Swagger/OpenAPI spec authoring experience.

coc-tabnine for tabnine.

coc-tailwindcss for tailwindcss.

coc-tasks for asynctasks.vim integration

coc-texlab for LaTeX using TexLab.

coc-toml for toml using taplo.

coc-translator language transaction extension

coc-tsserver for javascript and typescript.

coc-vetur for vue, use vetur.

coc-vimlsp for viml.

coc-xml for xml, use lsp4xml.

coc-yaml for yaml

coc-yank provides yank highlights & history.

coc-thrift-syntax-support for thrift.

 in case it the vim version is an issue then you will need to install and compile version:

sudo apt-get install lua50 liblua50-dev liblualib50-dev sudo apt-get install libncurses5-dev libgnome2-dev libgnomeui-dev libgtk2.0-dev libatk1.0-dev libbonoboui2-dev libcairo2-dev libx11-dev libxpm-dev libxt-dev python-dev ruby-dev mercurial  sudo make install  sudo apt-get install python3-dev   sudo apt-get install python-dev

git clone https://github.com/vim/vim.git

cd vim

./configure --with-features=huge --enable-rubyinterp --enable-python3interp --with-python-config-dir=/usr/bin/python3.6-config --enable-perlinterp --enable-gui=gtk2 --enable-cscope --prefix=/usr --enable-luainterp --with-lua-prefix=/usr/local

make 

make install

You can get the config here:

https://github.com/macunan/vimconfig/blob/main/.vimrc

[taimoorrafique]

Wolfram Mathematica 12.2.0 Activation Key Crack Download

Wolfram Mathematica Keygen Free Download is the most powerful software for the latest technical calculations (symbols, numbers, graphics). The Full Version of Wolfram Mathematica provides a set of tools for general computation, both numerical, symbolic and visual. Mathematica combines powerful computer software with a user-friendly interface. It features high-performance symbolic and numerical calculations, 2D and 3D data visualization and programming capabilities. In addition, it seamlessly integrates advanced connectivity with popular computers, document systems, graphics systems, programming languages ??, and other applications.

Wolfram Mathematica Crack has a very environmentally friendly interface with tools and features. This software will add you to a formula editor, write it down, or edit a formula or any simple step. It focuses on a variety of areas, such as computer integration and network computing. Mathematica Free Download users can find a variety of improvements that are useful in terms of interface, language, algorithm depth, and efficiency.

Wolfram Mathematica 12 Activation Key introduces important new functional areas such as machine learning, 3D printing, speech processing, and many other new features and enhancements. It provides a unified integrated environment covering the breadth and depth of technical information technology.

Wolfram Mathematica 11 Crack Free is a tool for calculating results. It provides a unique development platform that can be integrated into workflows that guide computation from generation to completion. With the bold vision of integrating and resolving all aspects of comprehension and computation, all new versions of Mathematica make the field available as part of the user workflow. It provides tools that significantly extend the range of positions between domains that can be reached by users of all levels. Mathematica helps solve equations and systems of equations, equations, and systems of differential equations perform Laplace Fourier transforms and imagines complex frequency functions or frequency structures. Creating 3D and 2D dimensions. You can create animations of these images for your presentation.

Software Screenshots:Features of Wolfram Mathematica 12.1.0:

Powerful algorithms and large-scale problem handling.

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And much more.

New in Wolfram Mathematica 12:

Hundreds of new features and improvements.

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System Requirements

Windows 7/ 8/ 8.1/ 10 or Server 2008/ 2012/ 2016 (32-bit or 64-bit – all editions)

2.4 GHz multi-core processor

2 GB RAM

13 GB hard disk space available

1280 x 800 display

How to Install?

Get the download link by sharing us on your social media account.

After downloading, extract the rar. file.

Uninstall the earlier version of this software (if you have any).

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Done. Thank you for visiting our site.

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