Group #1 Problems use these sets of problems if your last name begins with A G. in your subject line on the post use: Group #1 The first clue to solving the crime ls following the trash! This lunch stealer is also a litterbug and left a trail. Following the sandwich bag, the chip bag, the candy wrapper, and the soda can has led me to one particular building on campus. Find out which one using the problems from Set #1. Set #1: Find the vertex for each of the following pa rabolas. Write your answer as an ordered pair. x] = 2.3.\"! + 3.1: Match each of your four answers to the ordered pairs provided for clue #1 in the last chart on page 2. You eliminate a building for each answer that you match. If your answer does not appear in the list, you have made an error and should reworlt that problem. ne building will remain in the list and that is the building which houses the thief. Now move to the seoond clue. The second clue to solving the crime is following the crumbs! This miscreant is also a messy eater and has left a trail of crumbs at the door of the building. Follow these crumbs to find out which floor of the building the criminal Is on. Set #2: Determine the real zeros of each polynomial and what the behavior of the function at that zero would be, either it crosses through the zero or touches and turns around. f{x}|=4(I3}S(_r+2] fixizZxWxlf Match each of your four answers to the zeros and behavior provided for clue #2 in the last chart on page 2. You eliminate a floor for each answer that you match. If your answer does not appear in the list, you have made an error and should re-work that problem. ne floor will remain in the list and that is the floor where the thief is. Now move to the third clue. The third clue to solving the crime is a chocolate smudge! This lawless toad doesn't wash their hands and has left chocolate proof of their thievery on their very own office door! Use these problems to nd their office. Set #3: Determine the Horizontal Asymptote for each rational function x: + It 4 3x5 I4 6x = 5 fi= . x +] _t'+8 Match each of your four answers to the horizontal asymptotes provided for clue #3 in the last chart on page 2. You eliminate an office for each answer that you match. If your answer does not appear in the list, you have made an error and should rework that problem. ne office will remain in the list and that is the office of the thief. Now move to the fourth and final clue. The fourth and final clue to solving the crime is the college directory! The name of the lunch thief can be found by finding who owns the office. Use this last set of problems to get the name. Set #4: Determine the Vertical Asymptote for each rational function. f(x) = x+2 x 2 f (x) = f(x) =* +4x f(x)=x-1 x - 3 2x +1 X2 -16 2x Match each of your four answers to the vertical asymptotes provided for clue #4 in the last chart below. You eliminate a name for each answer that you match. If your answer does not appear in the list, you have made an error and should re-work that problem. One name will remain in the list and that is the name of the thief! It's time to report to the class! Match each of your four answers to the answers in the chart below. Eliminate the building, floor, office, and name next to each answer under each type of problem that matches your answer. If your answer does not appear in the list, you have made an error and should re-work that problem. One building, floor, office, and name will remain in each list. These are the results you will post on the discussion board. In your subject line on the post use: Group #1 Group #1 Results Clue #1 Clue #2 Clue #3 Clue #4 Set #1 The litter Set #2 Zeros The Set #3 The smudge Set #4 And the Vertices leads me & Behavior crumbs Horizontal on door Vertical thief is.. of to this Crosses led me to Asymptotes handle led Asymptotes Parabolas building through or this floor me this Touches and of the office Turns building Around Classroom 1 (Crosses); 1st floor y = -3 A x = 3 President 8 2 (Turns) Akakpo (3, 0) Science 0 (Turns); 2nd floor No HA B X =-4 Provost 1 (Crosses) Feeney Vice (-6, 8) Moloney 3 (Crosses); 3" floor C X = 0 President -2 (Crosses) y = Mayo 3 Oswald 3 (Turns); 4th floor y = -8 D Dean X= 2'4 -2 (Turns) Partin (4, 16) Martin 1 (Turns); 5th floor y = 0 E X = 4 Professor 2 (Crosses) Pelfrey Note: an example of a post would be: Classroom Building, 2nd Floor, Room C, Dean Partin