Question: Answer each question as completely as possible. SHOW WORK TO DEFEND YOUR ANSWER. The points that each question is worth is next to each question.

 Answer each question as completely as possible. SHOW WORK TO DEFENDYOUR ANSWER. The points that each question is worth is next toeach question. Question #1 Use the First Derivative Test to find allx - values of the critical values and relative extrema. Then find
the intervals where the graph is increasing and decreasing. DO NOT USEA GRAPH. Remember to use a chart. (6 points) f(x) =x -6x+2A) Relative Max: B) Relative Min C) Critical Values D) Increasing IntervalsE) Decreasing IntervalsQuestion #2 Find all the intervals where the function is

Answer each question as completely as possible. SHOW WORK TO DEFEND YOUR ANSWER. The points that each question is worth is next to each question. Question #1 Use the First Derivative Test to find all x - values of the critical values and relative extrema. Then find the intervals where the graph is increasing and decreasing. DO NOT USE A GRAPH. Remember to use a chart. (6 points) f(x) =x -6x+2 A) Relative Max: B) Relative Min C) Critical Values D) Increasing Intervals E) Decreasing IntervalsQuestion #2 Find all the intervals where the function is concave up and concave down. Then find all the inflection points. DO NOT USE A GRAPH. Remember to use a chart. (6 points) f(x) =4x -4x+5 A) Inflection Points: B) Interval where Concave Down C) Interval where Concave UpQuestion #3 Find the values of x and y in order to maximize the value of Q. What will be the maximum value of Q? (6 points) 2x+ y=10 3x y = QQuestion #4 Use any derivative method to find all x - values of the critical values and relative extrema. DO NOT USE A GRAPH (6 points) 4x f (x) = x- +4 A) Relative Max: B) Relative Min C) Critical Values

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