Use completing the square to rewrite the equation: 8x-7 = 0 (4)39 a) (- 4)23 b)...
4. (6 pts) Use the completing the square method to rewrite the equation of the circle below in standard (or center-radius) form. x? - 8x + y2 +10y = 23. Show all work for credit!
40 Use the method of completing the square to transform the quadratic equation into the equation form (x -p2-q. ?9 + 12x-6x2 =0 A) (x-1)2??0.5 B) 12- -1.5 C) D) (1)2-1.5 (x-1)2-0.5
Consider the equation: +5 0 A) First, use the "completing the square" process to write this equation in the form (z + D-orD) Enter the values of D and E as reduced fractions or integers. E. + 5z = 0 is equivalent to: Preview Preview left side of eqn: Preview B) Solve your equation and enter your answers below as a list of numbers, separated with a comma where necessary. Answer(s) Get help: Video Points possible: 1 Preview License This...
1) Use completing the square method to rewrite f(x) = 4x2 - -x+2 into standard form then state the vertex of the function by looking at its standard form, determine whether it has max/min value and give the value.
Use the method of completing the square to determine which equation below is equivalent to 6x2 - 6x-9 = 0. OA OB. O C. (x-3)2 = 14 OD
Part A Solving 3x^2+7x−4=0 by completing the square method produces an equation of the form (x+h)^2=k. Find h and k. B.The equation x^2+2x−15=0 has two solutions A and B where A<B.
Solve the following equation by completing the square 7-7x-1=0 The solution set is (Type an exact answer, using radicals as needed. Use integers or fractions for any numbers in the expression Use a comma to separate answers as needed Simplify your answer)
The polynomial equation 2+ 52? + 8x + 6 = 0 is known to have an integer solution. Complete the following table listing in the first column the candidate integer solutions (there are eight) of 23 +52 + 8x + 6 = 0) supplied by the Rational Root Test, and in the second column the values of P evaluated at the corresponding candidates. MAKE SURE THAT THE CANDIDATE ROOTS ARE IN INCREASING ORDER! X 23 + 5x² + 8x +...
1. Find the real solutions of the following equation: 736 + 16 = 4 A) {0) B) (1) 1) D) {4} E) None of the Above 2) 2. Find the real solutions of the following quadratic equation: x2 – 3x = 18 A) {6} B) (-6,3) C) (-3) D) {-3,6) E) None of the Above 3. Find the equation of the line in slope-intercept form that is perpendicular to the line y = 3x - and contains the point (6,2)....
Answer all questions!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! plz!!!!!!!!!!!!!!!!!!!!!! 3. Use Craner's rule to solve the following equation systems: (a) 8x) - X2 16 2x2 +5x3 5 2x1 3x3= 7 (c) 4x +3y-2z=1 3 x (b)-x; + 3x2 + 2x3 = 24 (d)-x y-2 = a 5x2- X-8