X1014341222-00031-07399</DOCNO> Diverging Lenses - Object-Image Relations Lesson 1: Refraction at a Boundary Boundary Behavior Refraction and Sight The Cause of Refraction Optical Density and Light Speed The Direction of Bending The Secret of the Archer Fish Lesson 2: The Mathematics of Refraction The Angle of Refraction Snell's Law Ray Tracing and Problem-Solving Determination of n Values Lesson 3: Total Internal Reflection Boundary Behavior Revisited Total Internal Reflection The Critical Angle Lesson 4: Interesting Refraction Phenomena Dispersion of Light by Prisms Rainbow Formation Mirages The Lengthening of Days Lesson 5: Image Formation by Lenses The Anatomy of a Lens Refraction by Lenses Image Formation Revisited Converging Lenses: Ray Diagrams Object-Image Relations Diverging Lenses: Ray Diagrams Object-Image Relations The Mathematics of Lenses Lesson 6: The Eye The Anatomy of the Eye Image Formation and Detection The Wonder of Accommodation Farsightedness and its Correction Nearsightedness and its Correction Lesson 5: Image Formation by Lenses Diverging Lenses - Object-Image Relations Previously in Lesson 5 , ray diagrams were constructed in order to determine the location, size, orientation, and type of image formed by double concave lenses (i.e., diverging lenses).
(ray diagrams; were constructed; in order) (type of image; formed; by double concave lenses) (Formation Revisited Converging Lenses; [is] Image [of]; Lenses)
ray diagrams type of image Formation Revisited Converging Lenses
were constructed formed [is] Image [of]
in order
by double concave lenses
Lenses