'Mirror equation' diaporamas de présentation

Geometrical Optics

953 views • 60 slides

Optics

Optics. The Study of Light. Areas of Optics. Geometric Optics Light as a ray. Physical Optics Light as a wave. Quantum Optics Light as a particle. Optical images. Nature real (converging rays) virtual (diverging rays) Orientation upright inverted Size true enlarged reduced.

1.56k views • 40 slides

Physics II PHY 202/222 Optics

456 views • 38 slides

Optics

Optics. The Study of Light. Areas of Optics. Geometric Optics Light as a ray. Physical Optics Light as a wave. Quantum Optics Light as a particle. Optical images. Nature real (converging rays) virtual (diverging rays) Orientation upright inverted Size true enlarged reduced.

403 views • 38 slides

24 Geometric Optics

470 views • 29 slides

OPTICS

OPTICS. OPTICS. The subject of optics deals with the interaction of light with matter. Our earliest ideas about light helped us understand how we see things and how lenses and mirrors work.

682 views • 26 slides

18.1 Mirrors

18.1 Mirrors. Katie Hanna. Mirrors. Mirrors are the oldest optical instruments. Prehistoric humans saw their faces reflected in the quiet water of lakes or ponds. Almost 4,000 years ago, Egyptians used polished metal mirrors to view their images.

423 views • 25 slides

380 views • 17 slides

Reflection

Reflection. Physics Department, New York City College of Technology. Reflection The law of reflection Plane mirror Concave mirror Convex mirror Mirror equation Ray tracing diagram. Key words. The incident and reflected rays lie in the same plane with the normal to the surface

109 views • 10 slides