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SSME518 PROJECT 2

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travel in line with the focal point. Serta AKDOGAN. 12. Refration Rules ... Lens Equation. Serta AKDOGAN. 17. Mathematics of Lenses. Magnification Equation ... – PowerPoint PPT presentation

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Title: SSME518 PROJECT 2


1
SSME518 PROJECT 2
  • Submited bySertaç AKDOGAN
  • 1151935 PHED

2
Image FormationbyLenses
3
We will learn...
  • The types of lenses
  • Refraction rules of lenses
  • Image formation of lenses
  • The formulas of the subject

4
Outline
  • Lenses
  • Refraction Rules
  • Image Formation
  • Mathematics of Lenses

5
Lenses
  • Converging lenses
  • converges rays
  • thicker across their middle
  • thinner at upper and lower edges

6
Converging Lenses
7
Lenses
  • Diverging Lenses
  • diverges rays
  • thinner across their middle
  • thicker at upper and lower edges.

8
Diverging Lenses
9
Lenses
Diverging v.s. Converging
10
Refraction Rules (Diverging)
  • traveling towards the focal point
  • refract
  • travel parallel to principal axis

11
Refraction Rules (Diverging)
  • traveling parallel to principal axis
  • refract
  • travel in line with the focal point

12
Refration Rules (Converging)
  • traveling parallel to principal axis
  • refract
  • travel through the focal point.

13
Refration Rules (Converging)
  • traveling through the focal point
  • refract
  • travel parallel to the principal axis.

14
Image Formation (Converging)
15
Image Formation (Diverging)
16
Mathematics of Lenses
  • Lens Equation

17
Mathematics of Lenses
  • Magnification Equation
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