In a laboratory experiment, a 10-cm platform is positioned 25 cm from a wall, and a mirror is placed on top of the platform, parallel with the ground. The aim is to slide a laser pointer along a string at a height of 1.5 m from the ground so that when the beam is reflected off the mirror, it will hit a target that is 1 m (or 2 m, 3 m, 4 m, ...,10 m) off the ground. The challenge is how to determine the correct position for the laser pointer. As one of the participants of the experiment, you are tasked to investigate the relationship of the distance of the laser pointer from the wall and the height of the target off the ground. Moreover, you are to make a detailed report of the data you are to get and present these data in a tabular and graphical form and a well-documented proceedings through pictures with captions. Finally, you are to answer the following questions below. 1. Do the distance of the laser pointer from the wall and the height of the target off the ground have any relationship? If they have, what is the relationship - direct or inverse? How do you say so? 2. Is there a mathematical model that represents the relationship of the distance of the laser pointer from the wall and the height of the target off the ground? If there is, what is that? 3. What must be the position of the laser pointer to hit a target that is 20 m off the ground? 50 m off the ground?The output should include the following. . Detailed record and findings shown in a table of values (with proper labels) . Detailed record and findings shown in a graph (also consider the negative axes) . Final answer with solution (communicate the result in a complete sentence) Conclusion