The laser pointer is then set up at five different positions so that the beam is reflected off the center of the mirror and reflected onto the wall. At each position, the distance of the laser pointer from the wall and the height of the reflected beam on the wall is measured and recorded. Distance from the wall to the laser pointer. (x) Distance from the floor to the reflection point on the wall (y) 194 cm 224 cm 206 cm 195 cm 221 cm + c. Explain your work. 6. Write your equation in y = Explain. 168 cm 377 cm 76 cm Instructions/Procedure Use the given data to: 1. Graph the data (you are encouraged to use excel, desmos or google sheets). Be sure to label the axes and use appropriate units) ax + ao b1x + bo 441 cm 2. Use the given information about the 5 different placements of the mirror to determine the values of b and c in the equation: y = + c. Explain your work. a x-b 66 cm 3. Use the data values, your equation and your graph to approximate the value of a in the equation: y = a x-b 4. Graph the data points and your equation from step 3 on a graph (use a graphing software such as desmos.com). You know you have done this correctly when you see your equation passing very closely to the data points. 5. Use your equation to answer the question How far away from the wall should the laser pointer be to hit the target that is 1 meter (100 cm) up on the wall. form. Identify the vertical and horizontal asymptotes.