This is part of the assignment pleaseee helppphttps://www.physicsclassroom.com/PhysicsClassroom/media/interactive/OpticsBench/index.html

CP Lens Lab Name: Go to Physics Classroom Lenses Simulation Click on the set of arrows in the upper left box to make the Interactive larger. Click on Ray 1, Ray 2, and Ray 3 buttons on bottom left to remove the Red lines. Double check the converging lens is selected. Place the candle (object) on the 2f on the left side of the screen. You will see a second candle (image) on the right side of the screen. 1. Press Ray 1. Describe how the computer drew the ray from the object to the image, making sure to note how the ray moves both before and after the lens. 2. Press Ray 2. Describe how the computer drew the ray from the object to the image making sure to note how the ray moves both before and after the lens. 3. Press Ray 3. Describe how the computer drew the ray from the object to the image making sure to note how the ray moves both before and after the lens. .Describe the image on the right side of the screen by circling one choice on each line: a. Location: between lens & f / off / betweenf & 2f / at 2f / beyond 2f b. Size: enlarged / reduced / same size c. Orientation: upright / inverted d. How do the distance of the object and image from the lens compare? 0. How do the size [height) of the object and image compare? Click on Ray 1, Ray 2, and Ray 3 to remove the Red lines. Switch the lens to a diverging Lens. Place the candle on the 2f on the left side of the screen. 5. Press Ray 1. Describe how the computer drew the ray from the object to the image making sure to note how the ray moves both before and after the lens. 6. Press Ray 2. Describe how the computer drew the ray from the object to the image making sure to note how the ray moves both before and after the lens. 7. Press Ray 3. Describe how the computer drew the ray from the object to the image making sure to note how the ray moves both before and after the lens. 8. Describe the image on the right side of the screen by highlighting one choice on each line: a. Location: between lens & f / off / between f & 2f / at 2f / beyond 2f b. Size: enlarged / reduced / same size c. Orientation: upright / inverted d. How do the distance of the object and image from the lens compare? e. How do the size of the object and image compare? Move the candle around to various locations and notice the characteristics of the image. Using this simulation, your notes, and ray diagrams to fill out the trend conclusions below. 9. What happens to the size of the image as the object moves closer to the converging lens? 10. For either type of lens, where does an object form no image? 11. For the converging lens, at what object location does the image switch from real to virtual? 12. For the diverging lens, what are two things that are true for all images formed