'Dependent system' presentation slideshows

Chapter 6

Chapter 6. System of linear equations and Matrices. Instructor: Nguyen Ngoc Trung nguyenngoctrung.dhsp@gmail.com. Contents. System of Linear Equations The Gauss-Jordan Method Basic Matrix Operations Matrix Products and Inverses Applications of Matrices. Section 6.1.

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6-4

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Warm Up

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Chapter 4 Systems of Linear Equations; Matrices

Chapter 4 Systems of Linear Equations; Matrices. Section 1 Review: Systems of Linear Equations in Two Variables. Learning Objectives for Section 4.1. Review: Systems of Linear Equations in Two Variables.

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Chapter 4 Systems of Linear Equations; Matrices

Chapter 4 Systems of Linear Equations; Matrices. Section 1 Review: Systems of Linear Equations in Two Variables. Learning Objectives for Section 4.1. Review: Systems of Linear Equations in Two Variables.

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DO NOW

DO NOW. How did you think you did on the last test? What parts of the test, did you think, you were successful in? What parts of the test, did you think, you were not successful in? What can you do to improve for the next test? What can I do to help improve your needs?. DO NOW. Turn it in.

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Learning Objectives for Section 4.1

Learning Objectives for Section 4.1. Review: Systems of Linear Equations in Two Variables. The student will be able to solve systems of linear equations in two variables by graphing The student will be able to solve these systems using substitution

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SECTION 6.1

SECTION 6.1. SYSTEMS OF LINEAR EQUATIONS: SUBSTITUTION AND ELIMINATION. MOVIE THEATER TICKET SALES. SEE EXAMPLE 1 SEE EXAMPLE 2. EQUIVALENT SYSTEMS OF EQUATIONS. Linear System More than one linear equation considered at a time.

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Systems of Linear Equations

Systems of Linear Equations. Three Equations Containing Three Variables. The first two cases are called consistent since there are solutions. The last case is called inconsistent. The solution will be one of three cases:

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Warm Up Solve each equation. 1. 2 x + 3 = 2 x + 4 2. 2( x + 1) = 2 x + 2

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Warm Up Solve each equation. 1. 2 x + 3 = 2 x + 4 2. 2( x + 1) = 2 x + 2

165 views • 16 slides

Systems of linear equations

Systems of linear equations. Section 11.1. Types of systems. Unique Solution. No Solution. Infinite Number of Solutions. C onsistent System. Methods for solving systems. Graphing. Substitution. Elimination. Solve by Graphing. 1. - Independent Unique Solution

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Monday, March 23

Monday, March 23. Today's Objectives. Solve system of linear equations by graphing. Check consistency and dependency of system of equations by graphing. . Notes Over 8.2. 1. 3. - 3. 3. - 3. Special Linear Systems. Three special linear systems and their characteristics.

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System of Equations: Substitution and Elimination Day 2

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Chapter 3 Section 1

Chapter 3 Section 1. Systems of Linear Equations in Two Variables All graphs need to be done on graph paper. Four, five squares to the inch is the best. One unit = one square. Solutions. One ordered pair The two lines intersect at one point. Consistent system No solution

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Ex 1:

A system of equations is a set of two or more equations containing two or more variables. A linear system is a system of equations containing only linear equations.

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