Exam 10: Completing the Square

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Solve the equation using the quadratic formula. Solve the equation using the quadratic formula.

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Solve the inequality and graph the solution set. Solve the inequality and graph the solution set.

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Solve the following equation. Remember, if you square both sides of an equation in the process of solving it, you have to check all solutions in the original equation. Solve the following equation. Remember, if you square both sides of an equation in the process of solving it, you have to check all solutions in the original equation.

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For the equation, find the coordinates of the vertex, and indicate whether the vertex is the highest point on the graph or the lowest point on the graph. (Do not graph.) For the equation, find the coordinates of the vertex, and indicate whether the vertex is the highest point on the graph or the lowest point on the graph. (Do not graph.)   Vertex = __________ The vertex is the __________ point on the graph. Vertex = __________ The vertex is the __________ point on the graph.

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Use the discriminant to find the number and kind of solutions for the following equation. Use the discriminant to find the number and kind of solutions for the following equation.

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Solve the equation. Solve the equation.   x = __________ x = __________

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Find an equation that has the given solutions. Find an equation that has the given solutions.   ,   ,  , Find an equation that has the given solutions.   ,   ,  , Find an equation that has the given solutions.   ,   ,

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A company finds that it can make a profit of A company finds that it can make a profit of   dollars each month by selling   patterns, according to the formula   How many patterns must it sell each month to have a maximum profit? Number of patterns = __________ Maximum Profit = $ __________ dollars each month by selling A company finds that it can make a profit of   dollars each month by selling   patterns, according to the formula   How many patterns must it sell each month to have a maximum profit? Number of patterns = __________ Maximum Profit = $ __________ patterns, according to the formula A company finds that it can make a profit of   dollars each month by selling   patterns, according to the formula   How many patterns must it sell each month to have a maximum profit? Number of patterns = __________ Maximum Profit = $ __________ How many patterns must it sell each month to have a maximum profit? Number of patterns = __________ Maximum Profit = $ __________

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Solve the inequality and graph the solution set. Solve the inequality and graph the solution set.

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Solve the equation. Solve the equation.

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An object is tossed into the air with an upward velocity of 4 feet per second from the top of a building h feet high. The time it takes for the object to hit the ground below is given by the formula An object is tossed into the air with an upward velocity of 4 feet per second from the top of a building h feet high. The time it takes for the object to hit the ground below is given by the formula   . Solve this formula for t . (Time t is in seconds.)  . Solve this formula for t . (Time t is in seconds.) An object is tossed into the air with an upward velocity of 4 feet per second from the top of a building h feet high. The time it takes for the object to hit the ground below is given by the formula   . Solve this formula for t . (Time t is in seconds.)

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Solve the following quadratic equation by completing the square. Solve the following quadratic equation by completing the square.   x = __________ x = __________

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Determine all solutions for Determine all solutions for   .   k = __________ . Determine all solutions for   .   k = __________ k = __________

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Solve the following quadratic equation by completing the square. Solve the following quadratic equation by completing the square.   x = __________ x = __________

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Solve the following equation. Remember, if you square both sides of an equation in the process of solving it, you have to check all solutions in the original equation. Solve the following equation. Remember, if you square both sides of an equation in the process of solving it, you have to check all solutions in the original equation.   t = __________ t = __________

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The length of a rectangle is 5 inches more than twice the width. If the area is to be at least 75 square inches, what are the possibilities for the width?

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Solve the equation. Solve the equation.

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Solve the equation. Use factoring or the quadratic formula, whichever is appropriate. (Try factoring first. If you have any difficulty factoring, then go right to the quadratic formula.) Solve the equation. Use factoring or the quadratic formula, whichever is appropriate. (Try factoring first. If you have any difficulty factoring, then go right to the quadratic formula.)   x = __________ x = __________

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Fill in the blanks so that the left side is a perfect square trinomial; that is, complete the square. Fill in the blanks so that the left side is a perfect square trinomial; that is, complete the square.   _____   _____  _____ Fill in the blanks so that the left side is a perfect square trinomial; that is, complete the square.   _____   _____  _____ Fill in the blanks so that the left side is a perfect square trinomial; that is, complete the square.   _____   _____

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Determine Determine   so that the following equation has exactly one real solution.   k = __________ so that the following equation has exactly one real solution. Determine   so that the following equation has exactly one real solution.   k = __________ k = __________

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