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.

icon
Related questions
Question
100%
Need help with the question and drawing a image
**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.
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 2 steps with 2 images

Blurred answer