'Step 1 solve' diaporamas de présentation

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Theory: Models of Computation

Readings: Chapter 11 & Chapter 3.6 of [SG] Content: What is a Model Model of Computation Model of a Computing Agent Model of an Algorithm TM Program Examples Computability (Church-Turing Thesis) Computational Complexity of Problems. Theory: Models of Computation.

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Theory: Models of Computation

Readings: Chapter 11 & Chapter 3.6 of [SG] Content: What is a Model Model of Computation Model of a Computing Agent Model of an Algorithm TM Program Examples Computability (Church-Turing Thesis) Computational Complexity of Problems. Theory: Models of Computation.

755 views • 61 slides

Theory: Models of Computation

Readings: Chapter 11 & Chapter 3.6 of [SG] Content: What is a Model Model of Computation Model of a Computing Agent Model of an Algorithm TM Program Examples Computability (Church-Turing Thesis) Computational Complexity of Problems. Theory: Models of Computation.

612 views • 61 slides

Theory: Models of Computation

Readings: Chapter 11 & Chapter 3.6 of [SG] Content: What is a Model Model of Computation Model of a Computing Agent Model of an Algorithm TM Program Examples Computability (Church-Turing Thesis) Computational Complexity of Problems. Theory: Models of Computation.

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Exam Review

Nov 15. Exam Review. Equations versus Inequalities. 1. Solve the equation. Equations versus Inequalities. 2. Solve the inequality. Equations versus Inequalities. 3. Solve the equation. Equations versus Inequalities. 4. Solve the inequality. Equations versus Inequalities.

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Review of Methods for Solving Systems of Equations

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Solving systems of linear equations

Chapter 7. Solving systems of linear equations. Entry Task 02/17/2011. Get 7.1B and a piece of graph paper Get out 6.4 so I can check it for group points. Copy the below information onto a sheet of paper. Section 7.1.

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Solve systems of equations in 2 variables that contain at least 1 second-degree equation.

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Systems of Linear Equations in Two Variables

Systems of Linear Equations in Two Variables. Systems of Linear Equations and Their Solutions.

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Section 4.2 Graphing Linear Equations Using Tables

Section 4.2 Graphing Linear Equations Using Tables. Wednesday 11/13/13 Class Notes. Type 1 Let m=2, 6m+2=14 true? Let x=2, y=3 4x+y=11 true? What does this ordered pair (2,3) represent?. Important Definitions Coordinate plane: ________________________________________

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Chapter 8 Graphs, Relations, and Functions

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Section 4.2 Graphing Linear Equations Using Tables

Section 4.2 Graphing Linear Equations Using Tables. Wednesday 11/13/13 Class Notes. Type 1 Let m=2, 6m+2=14 true? Let x=2, y=3 4x+y=11 true? What does this ordered pair (2,3) represent?. Important Definitions Coordinate plane: ________________________________________

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Solving Systems of Equations

Solving Systems of Equations. f(x)= -1/2x 2 + 18. f(x)= 2x 2 - 2. by Fen Xu and Timothy Lou Ly. The Concept. y = 1x. Graphing a Linear Equation. (12, 20). (10, 16). (8, 12). y = 2x - 4. (-8, -8). (-16, -16). (-20, -20). The Concept. Dependent System. Inconsistent System.

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Solving Systems of Equations

Solving Systems of Equations. f(x)= -1/2x 2 + 18. f(x)= 2x 2 - 2. by Fen Xu and Timothy Lou Ly. The Concept. y = 1x. Graphing a Linear Equation. (12, 20). (10, 16). (8, 12). y = 2x - 4. (-8, -8). (-16, -16). (-20, -20). The Concept. Dependent System. Inconsistent System.

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Circles in the Coordinate Plane

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Objective: Solve systems of equations by substitution.

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Chapter 3

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The elimination method is sometimes called the addition method or linear combination .

Reading Math. The elimination method is sometimes called the addition method or linear combination.

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