... system of equations with the solution (4, −3). Many answers. Ex: x + y = 1, 2x + y = 5. -2-. Create your own worksheets like this one with Infinite Algebra 2.

Solve each system by elimination. 1) −4x − 2y = −12. 4x + 8y = −24. 2) 4x + 8y = 20.

Substitute 3y + 3 for x in the second equation. C) Multiply the first equation by 3, multiply the second equation by 4, then add the resulting equations.

Worksheet by Kuta Software LLC. -3-. Answers to Practice: Solving Systems of Equations (3 Different Methods) (ID: 1). 1) (1, −4). 2) (1, −2). 3) Infinite ...

UNIT 1 WORKSHEET 5. SOLVING SYSTEMS OF EQUATIONS IN 2 VARIABLES. Solve each of the following systems of equations by graphing. 1. 1. 2. 4. x y. x y. − = −. + =.

Algebra 1. Name. Unit 6. Solving Systems of Equations Using All Methods WORKSHEET. PART 1: SOLVE THE SYSTEM OF EQUATIONS BY GRAPHING.

Systems of Equations Practice- all methods. Solve each system by ... Worksheet by Kuta Software LLC. Solve each system by substitution. 5) x + 8y ...

Systems of linear equations can be used to solve resource allocation prob- lems in business and economics (see Problems 73 and 76 in Section 4.3 on.

Solve each system of equations by the method indicated (Q#1-4). 1. Solve by graphing: 2. Solve by substitution: Solution: Solution: ______ ...

***To solve a system of equations by graphing simply graph both equations on the same coordinate plane and find where they intersect. Page 2. Three Methods for ...