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P (cm) f (cm) i (cm) m +11 +0.40 Describe the lens and image. (Select all that apply.) O converging lens O diverging lens O real image O virtual image upright image inverted image O image on same side of lens as O image on opposite side of lens

P (cm) f (cm) i (cm) m +11 +0.40 Describe the lens and image. (Select all that apply.) O converging lens O diverging lens O real image O virtual image upright image inverted image O image on same side of lens as O image on opposite side of lens

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**Lens and Image Information** **Introduction:** An object O is positioned on the central axis of a thin, symmetric lens. The information provided in the table below pertains to: - **p:** Object distance - **f:** Focal distance - **i:** Image distance - **m:** Magnification Your task is to complete the missing information in the table, taking note of the necessary sign conventions for these values. **Table:** | p (cm) | f (cm) | i (cm) | m | |--------|--------|--------|------| | +11 | | | +0.40| **Questions:** Based on the information, describe the lens and the resulting image. You can select all characteristics that apply: - [ ] converging lens - [ ] diverging lens - [ ] real image - [ ] virtual image - [ ] upright image - [ ] inverted image - [ ] image on same side of lens as O - [ ] image on opposite side of lens **Instructions:** Analyze the given data and apply your knowledge of optical principles and lens formulas to solve for the unknowns. Use these principles to determine the characteristics of the lens and image by examining the magnification and known object distance.
Transcribed Image Text:**Lens and Image Information** **Introduction:** An object O is positioned on the central axis of a thin, symmetric lens. The information provided in the table below pertains to: - **p:** Object distance - **f:** Focal distance - **i:** Image distance - **m:** Magnification Your task is to complete the missing information in the table, taking note of the necessary sign conventions for these values. **Table:** | p (cm) | f (cm) | i (cm) | m | |--------|--------|--------|------| | +11 | | | +0.40| **Questions:** Based on the information, describe the lens and the resulting image. You can select all characteristics that apply: - [ ] converging lens - [ ] diverging lens - [ ] real image - [ ] virtual image - [ ] upright image - [ ] inverted image - [ ] image on same side of lens as O - [ ] image on opposite side of lens **Instructions:** Analyze the given data and apply your knowledge of optical principles and lens formulas to solve for the unknowns. Use these principles to determine the characteristics of the lens and image by examining the magnification and known object distance.
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