161. Calculus Made Easier: A Calculus Tutorial A tutorial covering limits, derivatives and integrals. Includes related resource links. http://wtv-zone.com/Angelaruth49/Calculus.html

Calculus Made Easier by Angela Olson Earth Image by NASA Math Graphics by Douglas N.Arnold at http://www.math.psu.edu/dna/graphics.html Index Introduction The Derivative Integration Helpful Links And Resources There are two components to calculus. One is the measure the rate of change at any given point on a curve. This rate of change is called the derivative. The simplest example of a rate of change of a function is the slope of a line. We take this one step further to get the rate of change at a point on a line. The other part of calculus is used to measure the exact area under a curve. This is called the integral. If you wanted to find the area of a semicircle, you could use integration to get the answer. The two parts; the derivative and the integral are inverse functions of each other. That is, they cancel each other out. Just as (x =x, the derivative of (integral (x)) = x and derivative of (integral (f (x)) = f(x). The derivative is a composite function. This means it is a function acting on another funcion. In fact, the function, is the input instead of just x. The derivative, then takes a type of formula and turns it into another simiilar type of formula. So, a polynomial will always yield a polynomial derivative. A trigonomic function will always yield a trigonomic derivative. There are a few exceptions, but this is generally the case. This is also true for the integral. Back To Top Geometrically, the derivative can be perceived as the slope of the tangent line to a curve at a given point. This is roughly how steep the curve is at a given point. We can easily find the rate of change of a line just by finding the slope. But, most formulas are not as simple as a line and they're usually curved. We use the basic formula of a line to get the derivative. If you remember the slope of a line is:

162. Math Index Covers derivative and integral conversions as well as calculus rules. Includes practice exercises. http://cne.gmu.edu/modules/dau/calculus/calculus_frm.html

163. Calculus Solutions a collection of solutions to typical calculus problems. indexed to major textbooks. Sorry, this document can be viewed only with a frames capable browser. http://www.jtaylor1142001.net/

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164. Math Notes Quick reference for basic algebra, trigonometry, geometry, calculus, and physics formulas. Includes online calculators. http://www.geocities.com/tvtronix/mathnotes/

Please get a browser that supports frames.

165. Pi-Calculus Links. Picalculus Links. Pi-calculus People. Miscellaneous. The Bibliography on Mobile Processes and the pi-calculus maintained by Björn Victor and Uwe Nestmann. http://www.cwi.nl/~arie/picalc.html

Pi-Calculus Links. Pi-Calculus People Otmane Ait-Mohamed Roberto Amadio Gianluigi Bellin Michele Boreale Gerard Boudol Simon Brock Nadia Busi Christoph Craseman Silvano Dal-Zilio Mads Dam Pierpaolo Degano Arie van Deursen Susan Eisenbach Joost Engelfriet GainLuigi Ferrari Lars-ake Fredlund Simon Gay Tjalling Gelsema Roberto Gorrieri Mathew Hennessy Kohei Honda Radha Jagadeesen Alan Jeffrey Ole Jensen Cliff Jones Carolina Lavatelli Lone Leth Huimin Lin Xinxin Liu Tom Melham Dale Miller Robin Milner Faron Moller Ugo Montanari Uwe Nestmann ... Marco Pistore Sanjiva Prasad Corrado Priami Paola Quaglia Matthias Radestock Nicola de Rocco Brian Ross Davide Sangiorgi Philip Scott Peter Sewell Gert Smolka Gheorghe Stefanescu Bent Thomsen ... David Walker You! If you know an interesting link: Mail me! Institutes and Groups Aarhus University, Department of Computer Science Computer Science Division, University of St Andrews University of Bologna, Dept. of COmputer Science University of Cambridge, Theory of Semantics ... University of Warwick, Dept of Computer Science Tools The JACK Tool Set Mobility Workbench Oz PICT ... VPAM-0.8

166. A Semantic View Of Classical Proofs. - Type-theoretic, Categorical, And Denotati Article by C.H. Luke Ong presenting the semantics of classical proof theory from three prespectives a formulae-as-types characterisation in a variant of Parigot's lambda-mu calculus, a denotational characterisation in game semantics, and a categorical semantics as a fibred CCC. http://citeseer.nj.nec.com/did/231416

A semantic view of classical proofs. type-theoretic, categorical, and denotational characterizations (Extended Abstract) (1996) (Make Corrections) C.-H. L. Ong Home/Search Context Related View or download: comlab.ox.ac.uk/pub/D classical.ps.gz Cached: PS.gz PS PDF DjVu ... Help From: comlab.ox.ac.uk/ou publications (more) (Enter author homepages) Rate this article: (best) Comment on this article (Enter summary) Abstract: Classical logic is one of the best examples of a mathematical theory that is truly useful to computer science. Hardware and software engineers apply the theory routinely. Yet from a foundational standpoint, there are aspects of classical logic that are problematic. Unlike intuitionistic logic, classical logic is often held to be non-constructive, and so, is said to admit no proof semantics. To draw an analogy in the proofsas -programs paradigm, it is as if we understand well the theory of... (Update) Active bibliography (related documents): More All A Curry-Howard foundation for functional computation with control - Ong, Stewart (1997) (Correct) ... (Correct) Similar documents based on text: More All A Universal Innocent Game Model For The Böhm Tree Lambda Theory - Ker, Nickau, Ong

167. CyberCalc Index QuickMath Automatic Math SolutionsQuickMath allows students to get instant solutions to all kinds of math problems, from algebra and equation solving right through to calculus and matrices. http://www.npac.syr.edu/REU/reu94/williams/calc-index.html

Chapter 1: Review of Needed Topics 1.1 Graphing with Coordinates in the Plane 1.2 Slope and Line Equations 1.3 Functions and Graphs ... 3.6 Implicit Differentiation Michele Williams, Saint Michael's College, mx_williams@smcvax.smcvt.edu, also williams@npac.syr.edu T. J. Willis, twillis@npac.syr.edu Ed Bogucz, bogucz@npac.syr.edu

168. Analysis 2.3 Analysis is a tool that can draw 2D and 3D graphs of functions with different characteristics. Implicit f(x,y)=g(x,y)form curves are plot in a xy plane. Free download for all Windows versions http://www.geocities.com/leibowitz.geo/analysis_en.html

Analysis 2.3beta2 by Davide Bucci Download Analysis 2.3beta2 is the last version of a computer program to which I have worked for more than five years. Initially conceived as a simple tool for function plotting in high school, by now it has become a really powerful instrument that can be used on first and second year calculus courses at the university. The program sources can be downloaded on the web under the terms of the GNU General Public License v. 2. Analysis is obviously more little and less powerful of a lot of terrible math program that you can find (and pay!), but it requires a fraction of the time necessary to be skilled in and it is really smart, rapid and easy to use: you can run it by a 1.44 MB diskette on old computers! Is that the thing that is more interesting: it is really good for helping you in verifying your exercises without forcing you in using complex functions on terrible computer programs. This document is part of the official documentation and can be printed if you want to have a short resume of the principal possibilities of Analysis. Who used a previous version of the software, will find a lot of news that would probably appreciate; there is also the possibility of choosing the language used by the program between English, French and Italian. Whoever would like to help me and translate Analysis in other languages can find me at

169. The Join-calculus Language The Joincalculus. Go to the The JoCaml page. The join-calculus is an experimental language based on the homonymous process calculus. http://pauillac.inria.fr/join/

Moscova Project The Join-Calculus Go to the The JoCaml page The join-calculus is an experimental language based on the homonymous process calculus. It provides a simple support for distributed programming. The join-calculus programming model features concurrent processes running on several machines, static type-checking, global lexical scope, transparent remote communication, agent-based mobility, and some failure-detection. Implementations We have developped two implementations of the Join-Calculus in the Objective-CAML envirronment. The join calculus language : this system contains a compiler and an interpreter written in Objective-CAML. The language is the join-calculus, with basic types, most Objective-CAML libraries as primitives (even graphical ones), and a simple interface to incorporate any other Objective-CAML module. The JoCaml system : This system is based on the standard Objective-CAML distribution, completed with a "join-calculus" library. The language is Objective-CAML syntactically extended with join-calculus definitions and locations. The system can not only run any Objective-Caml program (after recompilation), but integrate all powerful join-calculus constructs (concurrency, synchronization, distribution and mobiles agents). Documentation The tutorial The reference manual Related Papers on the WEB Our model of concurrency: The reflexive chemical abstract machine and the join-calculus , by Cédric Fournet and Georges Gonthier, POPL'96.

170. Multivariable Calculus Pic 20. Java Applets. calculus. 131A Problems. Exam 1, Math 31A, Oct 24, 2002. Sample Final 31A. Questions or comments? Send them to rjm@math.ucla.edu. http://www.math.ucla.edu/~ronmiech/

!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 3.2//EN"> Pic 20 Java Applets Calculus 131A Problems Exam 1, Math 31A, Oct 24, 2002 Sample Final 31A Questions or comments? Send them to rjm@math.ucla.edu

171. Webmath | DiscoverySchool.com Offers interactive homework help in prealgebra, algebra, geometry, trigonometry, calculus, statistics, and real world math. From DiscoverySchool.com. http://school.discovery.com/homeworkhelp/webmath/

For our newsletter and special teacher promotions. Webmath will no longer be hosted on DiscoverySchool.com. You can now find Webmath and all of its great math problem solvers at http://www.webmath.com Please change your web browser bookmarks to the new URL. Site Map About Us Feedback Discovery.com

172. Charles Stewart Technische Universit¤t Berlin, Theory and Formal Specifications group Proof theoretic semantics, lambda calculus, linear logic, theoretical computer science, philosophy of language. http://www.linearity.org/cas/

Charles Alexander Stewart Personal Information I am a postdoctoral researcher in theoretical computer science associated with the Institute of Artifical Intelligence at Technische Universitaet Dresden. In the past, I have been associated with the Theory and Formal Specifications group of Technische Universitaet Berlin, the Linear Naming and Computation section of the Church Project at Boston University, the Department of Computer Science at Brandeis University, and the Foundations of Computation section of the Programming Research Group at Oxford University. Research Interests My research interests include: Structural proof theory: Deep inference and the Calculus of structures; Natural deduction, sequent calculus, and applications to programming language design and implementation; Modal logic and display logic; Programming language theory: Optimal reductions in the lambda calculus; Linear naming and graph reduction, interaction nets; Continuations in theory and practice; Relationships between functional and logic programming; Graph transformation: Graph transformation and the design of distributed algorithms;

173. Inductive Theorem Prover INKA 4.0 Firstorder theorem prover with induction based on the explicit induction paradigm. It is based on a full first-order calculus, a special variant of the resolution calculus with paramodulation. http://www.dfki.de/vse/systems/inka/

The Inductive Theorem Prover INKA, Version 4.0 Visit also the description of the new INKA 5.0 system The INKA-system 4.0 is a first-order theorem prover with induction which is based on the explicit induction paradigm. It is based on a full first-order calculus (a special variant of the resolution calculus with paramodulation) Main Features: The system possesses a powerful predicate-logic prover component which (as already mentioned) is based on an order- sorted variant of a resolution calculus with paramodulation. A variety of definition principles are offered to define data types (with free constructors as well as with non-free constructors), functions and predicates. For functions and predicates additional definition principles are offered for algorithmic specifications. A built-in recursion analysis ensures the termination of the above mentioned algorithms. The encoded well-founded order relation can then be used to formulate the induction axioms. Sophisticated heuristics based on the notions of rippling and of colouring formulas are used to guide the proof search by proof plans. In either way, if the proof search succeeds or if the proof search fails, the user is offered a (graphical) representation of the proof attempt. The user can interact with the system by giving the system some advice for filling the gap in the proof sketch.

174. AP Central - Welcome To AP Central help, search, shop, news, home, AP Central is the official online home for anyone interested in or involved with the PreAP or AP Programs®. http://apcentral.collegeboard.com/

General information about the AP Program is available from this page. To access the most up-to-date and comprehensive information on AP courses and exams, as well as unique resources and tools, register now Announcing AP Italian The College Board recently announced that AP Italian will be offered in 2005-06. AP Update Find the latest information about the AP Program, courses, and exams. CB Fellows and Pre-AP Fellows Apply now to attend an AP Summer Institute as a Fellow in 2004. 2004 AP National Conference Save the date for the 2004 AP National Conference in Florida. Use of the "AP" Designation Read Lee Jones' letter to AP professionals with detailed information about which courses can be designated as "AP." Members have access to: Personalized Content Delivery AP Course Descriptions Free-Response Questions Reviews of Classroom Resources ... Features and News Stories Click the links above to see samples, then click here to register. It's free and easy! AP For Students and Parents College Board Store Electronic Discussion Groups About Us ... Site Terms and Conditions and Contact us MY AP CENTRAL Personal Profile THE COURSES ... Exam Tips

175. Information Of Products Information of Products. http://www.ies.co.jp/math/java/calc/

Information of Products Information of Products

176. Limits Limits. Derivatives. Integrals. http://www.ies.co.jp/math/products/calc/menu.html

Limits Derivatives Integrals

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