Let's solve the problem step by step. --- ## **Step 1: Understanding the Problem** **Given:** - An object (blue arrow) is placed **in front of a convex mirror**. - The object is **at a distance greater than the focal length** from the mirror. **Task:** - Identify the correct ray diagram showing the image location and magnification. --- ## **Step 2: Properties of Convex Mirrors** Convex mirrors always form: - **Virtual images** (they appear to be behind the mirror) - **Upright images** (same orientation as the object) - **Reduced images** (smaller than the object) --- ## **Step 3: Ray Diagram for Convex Mirror** For convex mirrors: - **Ray 1:** Parallel to principal axis, reflects as if coming from the focal point behind the mirror. - **Ray 2:** Directed toward the center of curvature, reflects back on itself. - **Image:** - Located **behind the mirror** - **Upright** - **Smaller** than the object --- ## **Step 4: Analyze the Options** You need to find the diagram where: - The image **(arrow)** is **behind the mirror** (on the right side of the mirror in the diagram). - The image is **upright** (arrow points up). - The image is **smaller** (shorter arrow than the object). --- ## **Step 5: Final Answer** **From the provided diagrams, look for:** - Small, upright arrow behind the curved side of the mirror. ### **Final Answer:** **The correct diagram is the one that shows a smaller, upright arrow behind the mirror (on the right side of the convex mirror).** --- ### **Summary Table** | Property | Convex Mirror Image | |--------------------|-------------------------| | Position | Behind the mirror | | Orientation | Upright | | Magnification | Reduced (smaller) | | Type | Virtual | --- If you need me to pick the exact box (A, B, etc.) from your options, please tell me the label or provide a closer look at the options! Otherwise, **choose the diagram with a small, upright arrow behind the convex mirror.** --- #### **Explanation Recap** - **Convex mirrors always produce virtual, upright, reduced images.** - **The image appears behind the mirror, not in front.** - **The image is always smaller than the object.**