Chapter 9

Determine whether each relation is a function. Give the domain and range for each relation. $$\\{(1,2),(3,4),(5,5)\\}$$

Determine if the parabola whose equation is given opens upward or downward. $$y=x^{2}-4 x+3$$

Solve each equation using the quadratic formula. Simplify irrational solutions, if possible. $$x^{2}+5 x+6=0$$

Express each number in terms of i. $$\sqrt{-36}$$

Complete the square for binomial. Then factor the resulting perfect square trinomial. \(x^{2}+10 x\)

Solve each quadratic equation by the square root property. If possible, simplify radicals or rationalize denominators. $$x^{2}=16$$

Determine whether each relation is a function. Give the domain and range for each relation. $$\\{(4,5),(6,7),(8,8)\\}$$

Determine if the parabola whose equation is given opens upward or downward. $$y=x^{2}-6 x+5$$

Solve each equation using the quadratic formula. Simplify irrational solutions, if possible. $$x^{2}+7 x+10=0$$

Express each number in terms of i. $$\sqrt{-49}$$

Complete the square for binomial. Then factor the resulting perfect square trinomial. \(x^{2}+12 x\)

Solve each quadratic equation by the square root property. If possible, simplify radicals or rationalize denominators. $$x^{2}=100$$

Determine whether each relation is a function. Give the domain and range for each relation. $$\\{(3,4),(3,5),(4,4),(4,5)\\}$$

Determine if the parabola whose equation is given opens upward or downward. $$y=-2 x^{2}+x+6$$

Solve each equation using the quadratic formula. Simplify irrational solutions, if possible. $$x^{2}+5 x+3=0$$

Express each number in terms of i. $$\sqrt{-13}$$

Solve each quadratic equation by the square root property. If possible, simplify radicals or rationalize denominators. $$y^{2}=81$$

Complete the square for binomial. Then factor the resulting perfect square trinomial. \(x^{2}-2 x\)

Determine whether each relation is a function. Give the domain and range for each relation. $$\\{(5,6),(5,7),(6,6),(6,7)\\}$$

Determine if the parabola whose equation is given opens upward or downward. $$y=-2 x^{2}-4 x+6$$

Solve each equation using the quadratic formula. Simplify irrational solutions, if possible. $$x^{2}+5 x+2=0$$

Complete the square for binomial. Then factor the resulting perfect square trinomial. \(x^{2}-4 x\)

Solve each quadratic equation by the square root property. If possible, simplify radicals or rationalize denominators. $$y^{2}=144$$

Express each number in terms of i. $$\sqrt{-19}$$

Determine whether each relation is a function. Give the domain and range for each relation. $$\\{(-3,-3),(-2,-2),(-1,-1),(0,0)\\}$$

Find the \(x\) -intercepts for the parabola whose equation is given. If the \(x\) -intercepts are irrational numbers, round your answers to the nearest tenth. $$y=x^{2}-4 x+3$$

Solve each equation using the quadratic formula. Simplify irrational solutions, if possible. $$x^{2}+4 x-6=0$$

Complete the square for binomial. Then factor the resulting perfect square trinomial. \(x^{2}+5 x\)

Solve each quadratic equation by the square root property. If possible, simplify radicals or rationalize denominators. $$x^{2}=7$$

Express each number in terms of i. $$\sqrt{-50}$$

Determine whether each relation is a function. Give the domain and range for each relation. $$[(-7,-7),(-5,-5),(-3,-3),(0,0)]$$

Find the \(x\) -intercepts for the parabola whose equation is given. If the \(x\) -intercepts are irrational numbers, round your answers to the nearest tenth. $$y=x^{2}-6 x+5$$

Solve each equation using the quadratic formula. Simplify irrational solutions, if possible. $$x^{2}+2 x-4=0$$

Complete the square for binomial. Then factor the resulting perfect square trinomial. \(x^{2}+3 x\)

Solve each quadratic equation by the square root property. If possible, simplify radicals or rationalize denominators. $$x^{2}=13$$

Express each number in terms of i. $$\sqrt{-12}$$

Determine whether each relation is a function. Give the domain and range for each relation. $$\\{(1,4),(1,5),(1,6)\\}$$

Find the \(x\) -intercepts for the parabola whose equation is given. If the \(x\) -intercepts are irrational numbers, round your answers to the nearest tenth. $$y=-x^{2}+8 x-12$$

Solve each equation using the quadratic formula. Simplify irrational solutions, if possible. $$x^{2}+4 x-7=0$$

Complete the square for binomial. Then factor the resulting perfect square trinomial. \(x^{2}-7 x\)

Solve each quadratic equation by the square root property. If possible, simplify radicals or rationalize denominators. $$x^{2}=50$$

Express each number in terms of i. $$\sqrt{-20}$$

Determine whether each relation is a function. Give the domain and range for each relation. $$\\{(4,1),(5,1),(6,1)\\}$$

Find the \(x\) -intercepts for the parabola whose equation is given. If the \(x\) -intercepts are irrational numbers, round your answers to the nearest tenth. $$y=-x^{2}-2 x+3$$

Solve each equation using the quadratic formula. Simplify irrational solutions, if possible. $$x^{2}+4 x+1=0$$

Complete the square for binomial. Then factor the resulting perfect square trinomial. \(x^{2}-x\)

Solve each quadratic equation by the square root property. If possible, simplify radicals or rationalize denominators. $$x^{2}=27$$

Express each number in terms of i. $$\sqrt{-300}$$

Evaluate each function at the given values. \(f(x)=x+5\) a. \(f(7)\) b. \(f(-6)\) c. \(f(0)\)

Find the \(x\) -intercepts for the parabola whose equation is given. If the \(x\) -intercepts are irrational numbers, round your answers to the nearest tenth. $$y=x^{2}+2 x-4$$