Where results make sense

About us   |   Why use us?   |   Reviews   |   PR   |   Contact us

Topic: Variable (mathematics)

    Note: these results are not from the primary (high quality) database.

Ads by Google

In the News (Wed 19 Nov 08)

Diego Maradona

Cleveland Browns

Lion Nathan

Quantum of Solace

Jerry Yang

Mark Cuban

Brandon Jacobs

Steven Gerrard

Daniel Craig

Jimmie Johnson

COMPUTER SCIENCE The purpose of the two-semester discrete mathematics sequence is to provide the mathematical foundations for further study of computer science. The computer engineering program, designed to be completed in four years, combines the study of mathematics, computer science, and computer engineering. This two-course sequence is designed to satisfy the mathematics core requirements for non-FNSM majors. undergrad-catalog.buffalo.edu /cat9900/computer.htm

Archived - Answers in the Tool Box: Academic Intensity, Attendance Patterns, and Bachelor's Degree Attainment Cultivating ACRES, the Academic Resources Index For mathematics, four variables were created: all high school mathematics credits, remedial mathematics units, net mathematics units (all minus remedial), and HIGHMATH, a variable indicating the highest level of mathematics reached by the student in high school. For example, Advanced Placement course-taking (which, like Highest Mathematics, is subsumed in the curriculum quality variable) is more strongly related to degree completion than to mere entry into postsecondary education, even though 85 percent of those who took AP courses continued their education after high school. Mathematics is the only secondary school subject presenting a distinct hierarchy of courses and that is required for graduation in all states. www.ed.gov /pubs/Toolbox/Part1.html   (4920 words)

Variable - Encyclopedia.WorldSearch Variables are useful in mathematics and computer programming because they allow instructions to be specified in a general way. In mathematics, variables are usually represented by letter s of the Roman alphabet, but are also represented by letters of other alphabet s; as well as various other symbol s. This is analogous to the use of variables in the mathematics and varaibles in computer programming work usually in the similar manner. encyclopedia.worldsearch.com /variable.htm   (4920 words)

arumeldb.txt The groups' performance on these problems was compared using a linear regression model, at the [$\alpha$] =.05 significance level, with the postscore as the dependent variable, the prescore as the predictor variable and the instructional curriculum as the independent variable. Students from two sections of a college mathematics lab (n=13) who were given computer experiences to help induce reflective abstraction scored higher on a test of their understanding of functions and compositions than students from another section (n=17) who were taught according to traditional methods. The evaluation of the experimental use in one school of journal writing in mathematics provides a powerful demonstration of the link between language and mathematics and suggests a relationship between students' mathematical writings and their perceptions of mathematics and mathematical activity.' 79. www.maa.org /sigmaa/arume/arumeldb.txt   (14963 words)

equation on Encyclopedia.com A conditional equation (usually referred to simply as an equation) is a literal equation that is not true for all values of the variable, e.g., only the value 2 for x makes true the equation x +3=5. Polynomial equations, containing more than one term, are classified according to the highest degree of the variable they contain. To solve an equation is to find the value or values of the variable that satisfy it. www.encyclopedia.com /html/e1/equation.asp   (14963 words)

Variable - Wikipedia, the free encyclopedia In computer science and mathematics, a variable is a symbol denoting a quantity or symbolic representation. Variables are useful in mathematics and computer programming because they allow instructions to be specified in a general way. This is analogous to the use of variables in the mathematics and variables in computer programming work usually in the similar manner. en.wikipedia.org /wiki/Variable   (14963 words)

VARIABLE FACTS AND INFORMATION In computer_science and mathematics, a variable is a symbol denoting a quantity or symbolic representation. Variables are useful in mathematics and computer_programming because they allow instructions to be specified in a general way. This is analogous to the use of variables in the mathematics and variables in computer programming work usually in the similar manner. velocipay.com /variable   (2056 words)

Analytic Functions of One Complex Variable (Contemporary Mathematics, Vol 48) - Comparaison de prix Analytic Functions of One Complex Variable (Contemporary Mathematics, Vol 48) Produits similaires Analytic Functions of One Complex Variable (Contemporary Mathematics, Vol 48) Analytic Functions of One Complex Variable (Contemporary Mathematics, Vol 48) - Comparaison de prix books.compricer.fr /0821850504   (2056 words)

Variable - Wikipedia, the free encyclopedia Variables are useful in mathematics and computer programming because they allow instructions to be specified in a general way. This is analogous to the use of variables in the mathematics and variables in computer programming work usually in the similar manner. Usually, a variable is set to reside in some scope in program code, and entrance and leave of the scope coincides with the beginning and ending of a variable life, respectively. en.wikipedia.org /wiki/Variable   (2090 words)

Free variables and bound variables - Wikipedia, the free encyclopedia In mathematics, and in other disciplines involving formal languages, including mathematical logic and computer science, a free variable is a notation for a place or places in an expression, into which some definite substitution may take place, or with respect to which some operation (summation or quantification, to give two examples) may take place. Variable-binding mechanisms occur in different contexts in mathematics, logic and computer science but in all cases they are purely syntactic properties of expressions and variables in them. Variables bound at the top level of a program are technically free variables within the terms to which they are bound but are often treated specially because they can be compiled as fixed addresses. www.wikipedia.org /wiki/Free_variable   (793 words)

Variable - Wikipedia, the free encyclopedia Variables are useful in mathematics and computer programming because they allow instructions to be specified in a general way. This is analogous to the use of variables in the mathematics and variables in computer programming work usually in the similar manner. Usually, a variable is set to reside in some scope in program code, and entrance and leave of the scope coincides with the beginning and ending of a variable life, respectively. en.wikipedia.org /wiki/Variable   (793 words)

Differential equation - Wikipedia, the free encyclopedia In mathematics, a differential equation is an equation in which the derivatives of a function appear as variables. An ordinary differential equation (ODE) only contains functions of one independent variable, and derivatives in that variable. The study of differential equations is a wide field in both pure and applied mathematics. en.wikipedia.org /wiki/Differential_equation   (239 words)

Degree (mathematics) - Wikipedia, the free encyclopedia The degree of a term of a polynomial in one variable is the exponent on the variable in that term; the degree of a polynomial is the highest such degree. For polynomials in two or more variables, the degree of a term is the sum of the exponents of the variables in the term; the degree of the polynomial is again the highest such degree. A degree of freedom is a concept in mathematics, statistics, physics and engineering. en.wikipedia.org /wiki/Degree_(mathematics)   (506 words)

Variable - Wikipedia, the free encyclopedia Variables are useful in mathematics and computer programming because they allow instructions to be specified in a general way. This is analogous to the use of variables in the mathematics and variables in computer programming work usually in the similar manner. Usually, a variable is set to reside in some scope in program code, and entrance and leave of the scope coincides with the beginning and ending of a variable life, respectively. en.wikipedia.org /wiki/Variable   (2023 words)

Differential equation - Wikipedia, the free encyclopedia In mathematics, a differential equation is an equation in which the derivatives of a function appear as variables. The study of differential equations is a wide field in both pure and applied mathematics. An ordinary differential equation (ODE) only contains functions of one independent variable, and derivatives in that variable. en.wikipedia.org /wiki/Differential_equation   (2023 words)

Variable - Wikipedia, the free encyclopedia Variables are useful in mathematics and computer programming because they allow instructions to be specified in a general way. This is analogous to the use of variables in the mathematics and variables in computer programming work usually in the similar manner. Usually, a variable is set to reside in some scope in program code, and entrance and leave of the scope coincides with the beginning and ending of a variable life, respectively. en.wikipedia.org /wiki/Variable   (2092 words)

Variable Variables are useful in mathematics and computer programming because they allow instructions to be specified in a general way. This is analogous to the use of variables in the mathematics and varaibles in computer programming work usually in the similar manner. Usually, a variable is set to reside in some scope in program code, and entrance and leave of the scope coincides with the beginning and ending of a varible life, respectively. www.hallencyclopedia.com /Variable   (2253 words)

AllRefer.com - complex variable analysis (Mathematics) - Encyclopedia complex variable analysis, branch of mathematics that deals with the calculus of functions of a complex variable, i.e., a variable of the form z = x + iy, where x and y are real and i = AllRefer.com - complex variable analysis (Mathematics)- Encyclopedia The theory of functions of a complex variable is concerned mainly with functions that have a derivative at every point of a given domain of values for z; such functions are called analytic, regular, or holomorphic. reference.allrefer.com /encyclopedia/C/complexv.html   (2253 words)

Bound Variables in MathML In fact the handling of bound variables was the main contribution of Frege's treatment of first-order logic that is the basis for the set-theoretic foundation of mathematics. Bound variables are central representational primitives in mathematical languages. The problem of handling bound variables has been studied extensively in logic and the foundations of mathematics in the last one hundred years. www.w3.org /TR/2003/NOTE-mathml-bvar-20031110   (2620 words)

What is a Variable Now the modern mathematics curriculum may say or define a variable as an element of of a set of numbers or a variable as a function of time or a function defined on a set, discrete or not, continuous or not, in one or more directions. The specialized use of the term variable should not be the first one given in an algebra text or dictionary, mathematical or not. The essay or chapter before put the concepts of what is a variable first and before the use of symbols and notation in mathematics for numbers, amounts, quantities and functions. whyslopes.com /etc/wallposters/sample_problem_set.html   (2620 words)

MATHEMATICS 453 Defn: The moment generating function M(t) for the random variable X is defined to be E[e Defn: The kth moment of the random variable X about the value a is given by E((X-a) The other moments don't have as much of a practical interpretation but can be used to describe the distribution under consideration. www.mc.edu /campus/users/travis/syllabi/453/notes1-4.html   (806 words)

HTML generation from source for Mathematics:Sci Calculus: functions of one real variable (including limits and continuity), derivatives; curve sketching; maxima and minima, curvature; antiderivatives and the definite integral; trigonometric functions and their inverses, logarithm, exponential function, hyperbolic functions and their inverses; systematic integration; approximate integration; applications of integration, areas, arc length, surface areas and volumes of solids of revolution. Calculus: functions of one real variable (including limits and continuity), derivatives; curve sketching; maxima and minima, curvature; Taylor polynomials; antiderivatives and the definite integral; trigonometric functions and their inverses, logarithm, exponential function, hyperbolic functions and their inverses; systematic integration; approximate integration; applications of integration, areas, arc length, surface areas and volumes of solids of revolution. Continuity: sequential continuity, differentiability, uniform continuity, approximation of continuous function by step functions, introduction to Riemann integration. www.unimelb.edu.au /HB/1996/00ADMIN/SGML/Sci/Mathematics/00allsubjects.html   (806 words)

Earliest Known Uses of Some of the Words of Mathematics (D) For Kendall and Buckland a dummy variable signifies "a quantity written in a mathematical expression in the form of a variable although it represents a constant", e.g. The classical theory was founded by Abraham Wald in 1939 ("Contributions to the Theory of Statistical Estimation and Testing Hypotheses," Annals of Mathematical Statistics, 10, 299-326) and developed in his book Statistical Decision Functions (1950). Theorem of De Moivre appears in 1840 in Mathematical Dissertations, for the use of Students in the Modern Analysis, with Improvements in the Practice of Sturm's Theorem, in the Theory of Curvature, and in the Summation of Infinite Series (1841) by J. Young [James A. Landau]. members.aol.com /jeff570/d.html   (5759 words)

Hans Reichenbach [Internet Encyclopedia of Philosophy] Mathematical geometry, a branch of mathematics, is a purely formal system and it does not deal with the truth of axioms, but with the proof of theorems, ie it only search for the consequences of axioms. They could use some mathematical properties that characterize a geometry; for example, in Euclidean geometry the ratio of the circumference of a circle to its diameter equals pi (3.14...) while in elliptical geometry the ratio is variable and it is less than pi; also in hyperbolic geometry the ratio is variable but greater than pi. The mathematical formulation of the special theory of relativity uses a four-dimensional space-time known as the Minkowski space (mathematician Hermann Minkowski, b 1864 d 1909, gave a mathematical formulation of Einstein's special theory of relativity), in which three coordinates are the space coordinates and one coordinate is the time coordinate. www.utm.edu /research/iep/r/reichenb.htm   (5759 words)

REVERSE The Programming Language Mathematics in REVERSE is performed by the use of variable modifiers. In this form, REVERSE is appended by one of six comparators followed by a variable. When the REVERSE command is executed in statement 5, program flow reverses (now runs north) and the next line to be executed is the fourth statement. www.geocities.com /brianscsmith/reverse.html   (1157 words)

Mathematics of Volatility To treat this sampling varation mathematically, we consider each datum to be a random variable, and the estimator to be a transformation of those random variables. This essay is written for anyone in the Mechanical Investing community who would like to study the mathematics of investment volatility, in some depth, and for any other quantitatively-inclined investors who may stumble across it while browsing the web. Thus the estimator itself is a random variable, and its theoretical variance can be used to estimate the sampling variation of the statistic in the real world. www.aetheling.com /MI/Volatility/math.html   (1157 words)

ALGEBRA - Mathematical abstraction from concrete experience In mathematics, a formal language, we use numerals to represent known or specified numbers, and letters to represent unknown or unspecified numbers. Since the name of the width does not represent a specified number, the interpretation or value given to that name may change or vary; so that name is a variable. As the student employs this knowledge of algebraic operations using expressions with a single variable to the task of mastering arithmetic, he also extends his study of algebra to numbers incorporating several variables. www.newbanner.com /CEL/Math/algebra2.htm   (1642 words)

Try your search on: Qwika (all wikis)

About us   |   Why use us?   |   Reviews   |   Press   |   Contact us   Copyright © 2005-2007 www.factbites.com Usage implies agreement with terms.