**Table 1: One Lens**This table displays data related to the image formation by a single lens. The table is divided into two sections, each containing three columns: Object Distance (p), Image Distance (q), and Image Height (h'). Both sections provide data in centimeters (cm).**Section 1:**- **Object Distance (p in cm):** 50.0, 47.5, 45.0, 40.0, 35.0, 30.0- **Image Distance (q in cm):** 12.50, 12.70, 13.30, 13.80, 14.20, 15.40- **Image Height (h' in cm):** 1.240, 1.435, 1.440, 1.660, 1.835, 2.270**Section 2:**- **Object Distance (p in cm):** 25.0, 20.0, 15.0, 12.5, 12.0, 11.0- **Image Distance (q in cm):** 17.10, 21.10, 32.00, 60.00, 76.50, 115.00- **Image Height (h' in cm):** 2.905, 4.675, 9.270, 20.44, 26.60, 46.56This data can be used to understand the relationship between the object distance from the lens, the resulting image distance, and the image height. Adjustments in the object distance affect both the image distance and the image height, demonstrating principles of lens optics. Here is the transcribed content from the image:---5. What is the relationship between **image distance** and **object distance**? (*directly related or inversely related?*) Give evidence supporting your answer.---6. What is the relationship between **object distance** and **image height**? (*Directly related or inversely related?*) Give evidence supporting your answer.---7. Where would you place the object to obtain an image as far away from the lens as possible?---8. Where would you place the object to obtain an image located at the focal length of the lens (100 mm)?---

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