'Infinitely many' diaporamas de présentation

With Mr. Tyler

With Mr. Tyler. Describe the Line. Graphing. Elimination (add/subtract). Substitution. Elimination (multiply). Best Method. Describe the Line. Elimination (add/subtract). Elimination (multiply). Best Method. Graphing. Substitution. $100. $100. $100. $100. $100. $100.

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MULTIPLE INTEGRALS

15. MULTIPLE INTEGRALS. POLAR COORDINATES. In plane geometry, the polar coordinate system is used to give a convenient description of certain curves and regions. See Section 10.3. POLAR COORDINATES. The figure enables us to recall the connection between polar and Cartesian coordinates.

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Discrete Mathematics, Part II CSE 2353 Fall 2007

Discrete Mathematics, Part II CSE 2353 Fall 2007. Margaret H. Dunham Department of Computer Science and Engineering Southern Methodist University Some slides provided by Dr. Eric Gossett; Bethel University; St. Paul, Minnesota

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Ch 3.2: Fundamental Solutions of Linear Homogeneous Equations

Ch 3.2: Fundamental Solutions of Linear Homogeneous Equations. Let p , q be continuous functions on an interval I = ( ? , ? ), which could be infinite. For any function y that is twice differentiable on I , define the differential operator L by

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The Coordinate Plane

5. -5. 5. -5. The Coordinate Plane. Imagine the top surface of your desk stretching in every direction. If it continued to spread , it would go right through your neighbor . . . . . . and then through the classroom walls . . .

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The Coordinate Plane

5. -5. 5. -5. The Coordinate Plane. Imagine the top surface of your desk stretching in every direction. If it continued to spread , it would go right through your neighbor . . . . . . and then through the classroom walls . . .

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Polar Coordinates

Polar Coordinates. Definition, Conversions, and Integration. (3,1). (1, ?/6 ). Where is it?. Coordinate systems are used to locate the position of a point. In polar coordinates : We break up the plane with circles centered at the origin and with rays emanating from the origin.

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Linear Inequalities

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CS 173: Discrete Mathematical Structures

CS 173: Discrete Mathematical Structures. Cinda Heeren heeren@cs.uiuc.edu Rm 2213 Siebel Center Office Hours: W 9:30-11:30a. CS 173 Announcements. Midterm 1: 10/05/06, 7-9p, location on web. Class on Thursday cancelled.

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ARTIFICIAL INTELLIGENCE AND CREATIVE THINKING

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7.1 Systems of Linear Equations: Two Equations Containing Two Variables

7.1 Systems of Linear Equations: Two Equations Containing Two Variables. A system of equations is a collection of two or more equations, each containing one or more variables.

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LINEAR EQUATION IN TWO VARIABLES

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Pentagons and Pentagrams

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Physics 430: Lecture 14 Calculus of Variations

Physics 430: Lecture 14 Calculus of Variations. Dale E. Gary NJIT Physics Department. y. y 2 y 1. y = y ( x ). 2. 1. x. x 1 x 2. 6.1 Two Examples. The calculus of variations involves finding an extremum (maximum or minimum) of a quantity that is expressible as an integral.

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Expectation

Expectation. Random Variables Graphs and Histograms Expected Value. Random Variables. A random variable is a rule that assigns a numerical value to each outcome of an experiment. We will classify random variables as either

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Hyperbolic Geometry Axiom

Hyperbolic Geometry Axiom. Hyperbolic Axiom (HA): In hyperbolic geometry there exist a line l and point P not on l such that at least two distinct lines parallel to l pass through P. Lemma 6.1: Rectangles do not exist. Hyperbolic Geometry UHT.

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Hyperbolic Geometry Axiom

Hyperbolic Geometry Axiom. Hyperbolic Axiom (HA): In hyperbolic geometry there exist a line l and point P not on l such that at least two distinct lines parallel to l pass through P. Lemma 6.1: Rectangles do not exist. Hyperbolic Geometry UHT.

314 views • 7 slides

Hyperbolic Geometry Axiom

Hyperbolic Geometry Axiom. Hyperbolic Axiom (HA): In hyperbolic geometry there exist a line l and point P not on l such that at least two distinct lines parallel to l pass through P. Lemma 6.1: Rectangles do not exist. Hyperbolic Geometry UHT.

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