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2. The iPhone 20 Super Pro Extra Lit Max is expected to release in 2028 and will feature an onboard projector. The projector consists of a bright internal 3mm x 3mm Liquid Crystal Display (LCD) and an adjacent converging lens (which projects images from the LCD onto a nearby wall). The lens has a focal length of 52.5 cm and is positioned 5 mm from the LCD. A) Determine how far to hold the phone from the wall to project a clear image. B) Determine the resulting image size and orientation. C) Explain why a fixed lens position is a terrible design teature for this iPhone.

2. The iPhone 20 Super Pro Extra Lit Max is expected to release in 2028 and will feature an onboard projector. The projector consists of a bright internal 3mm x 3mm Liquid Crystal Display (LCD) and an adjacent converging lens (which projects images from the LCD onto a nearby wall). The lens has a focal length of 52.5 cm and is positioned 5 mm from the LCD. A) Determine how far to hold the phone from the wall to project a clear image. B) Determine the resulting image size and orientation. C) Explain why a fixed lens position is a terrible design teature for this iPhone.

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**The iPhone 20 Super Pro Extra Lit Max Projection Analysis** --- **Projected Features and Specifications** The iPhone 20 Super Pro Extra Lit Max is anticipated for release in 2028, boasting a cutting-edge onboard projector. Key projector components include: - **Internal Display**: A bright 3mm x 3mm Liquid Crystal Display (LCD). - **Converging Lens**: This lens projects images from the LCD to a nearby wall, featuring: - **Focal Length**: 52.5 cm - **Positioning**: 5 mm from the LCD --- **Study Questions** **A) Image Projection Distance** - Calculate the optimal distance to hold the phone from a wall to achieve a clear image using the given focal length. **B) Resulting Image Attributes** - Determine the size and orientation of the image based on the lens settings and distance calculations. **C) Fixed Lens Design Consideration** - Discuss why maintaining a fixed lens position is a critical design choice for this iPhone model, focusing on factors such as user convenience and image stability. --- **Discussion Points** - This exploration includes theoretical and practical components, emphasizing the importance of optical principles in modern smartphone technology. - Students are encouraged to engage with theoretical lens formulas and practical implications for consumer electronics. --- This exercise highlights the synergy between innovation and optical engineering within the context of next-generation smartphones.
Transcribed Image Text:**The iPhone 20 Super Pro Extra Lit Max Projection Analysis** --- **Projected Features and Specifications** The iPhone 20 Super Pro Extra Lit Max is anticipated for release in 2028, boasting a cutting-edge onboard projector. Key projector components include: - **Internal Display**: A bright 3mm x 3mm Liquid Crystal Display (LCD). - **Converging Lens**: This lens projects images from the LCD to a nearby wall, featuring: - **Focal Length**: 52.5 cm - **Positioning**: 5 mm from the LCD --- **Study Questions** **A) Image Projection Distance** - Calculate the optimal distance to hold the phone from a wall to achieve a clear image using the given focal length. **B) Resulting Image Attributes** - Determine the size and orientation of the image based on the lens settings and distance calculations. **C) Fixed Lens Design Consideration** - Discuss why maintaining a fixed lens position is a critical design choice for this iPhone model, focusing on factors such as user convenience and image stability. --- **Discussion Points** - This exploration includes theoretical and practical components, emphasizing the importance of optical principles in modern smartphone technology. - Students are encouraged to engage with theoretical lens formulas and practical implications for consumer electronics. --- This exercise highlights the synergy between innovation and optical engineering within the context of next-generation smartphones.
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