Given the equation g(y) is 0. 632x + 12. 0. 750y + 12. 1. 333y - 12. 1. 333 - 12. A fourth-order linear system can be solved by the graphical methods shown m the lesson. determinant methods shown in the lesson. both (1) and (2). substitution method shown in the lesson. Solve these linear equations for x and y: (Hint: verify by substituting your values in the above equations.) the value of x is in the range (Choose your answer from the choices given for Question 2.) The value of y in Question 7 is in the range (Choose your answer from the choices given for Question 3.) Which of the graphs in Fig. 38 is of f(x) = x2 - 3x - 4? (a) (b) (c) (d) Evaluate the determinant None of the above
Show transcribed image textGiven the equation g(y) is 0. 632x + 12. 0. 750y + 12. 1. 333y - 12. 1. 333 - 12. A fourth-order linear system can be solved by the graphical methods shown m the lesson. determinant methods shown in the lesson. both (1) and (2). substitution method shown in the lesson. Solve these linear equations for x and y: (Hint: verify by substituting your values in the above equations.) the value of x is in the range (Choose your answer from the choices given for Question 2.) The value of y in Question 7 is in the range (Choose your answer from the choices given for Question 3.) Which of the graphs in Fig. 38 is of f(x) = x2 - 3x - 4? (a) (b) (c) (d) Evaluate the determinant None of the above