Open QuestionSolve each system by elimination. In systems with fractions, first clear denominators. See Example 2.4x + y = -23x - 2y = -17
Open QuestionSolve each system by elimination. In systems with fractions, first clear denominators. See Example 2.5x + 7y = 6 10x - 3y = 46
Open QuestionSolve each system by elimination. In systems with fractions, first clear denominators. See Example 2.6x + 7y + 2 = 07x - 6y - 26 = 0
Open QuestionSolve each system by elimination. In systems with fractions, first clear denominators. See Example 2.x/2+ y/3 = 43x/2+3y/2 = 15
Open QuestionSolve each system by elimination. In systems with fractions, first clear denominators. See Example 2.(2x-1)/3 + (y+2)/4 = 4(x+3)/2 - (x-y)/2 = 3
Open QuestionIn Exercises 31–42, solve by the method of your choice. Identify systems with no solution and systems with infinitely many solutions, using set notation to express their solution sets. x = 9-2yx + 2y = 13
Open QuestionSolve each system of equations. State whether it is an inconsistent system or has infinitely many solutions. If a system has infinitely many solutions, write the solution set with x arbitrary. See Examples 3 and 4.9x - 5y = 1 -18x + 10y = 1
Open QuestionIn Exercises 31–42, solve by the method of your choice. Identify systems with no solution and systems with infinitely many solutions, using set notation to express their solution sets. y = 3x - 521x - 35 = 7y
Open QuestionIn Exercises 31–42, solve by the method of your choice. Identify systems with no solution and systems with infinitely many solutions, using set notation to express their solution sets. 3x - 2y = − 54x + y = 8