how images are formed Real vs. virtual images Identifying an image location Plane Mirror Ray Diagrams Line of sight and the construction of ray diagrams Determining portion of mirror required to view an image Determining if an object's image can be seen from a given eye position Concave Mirrors Anatomy of a concave mirror Construction of ray diagrams to determine image location, orientation, size, etc. Object-image relationships Use of mirror equation and magnification equation Convex Mirrors Construction of ray diagrams to determine image location, orientation, size, etc. Object-image relationships Use of mirror equation and magnification equation Unit 14: Refraction and Lenses (7 Q's) Refraction at Boundaries Definition and Cause The lone exception Direction of bending (FST and SFA) Optical density, index of refraction (n), and light speed Snell's Law Measuring Theta i and Theta r Use of Snell's Law equation in problem-solving Using Snell's Law and light path to determine n values Total Internal Reflection Reflection and refraction as boundary behaviors;
(images; are formed; ) (an image; Determining; if an object's image can be seen from a given eye position) Context(an image Determining,List([200, 220))):(an object's image; can be seen; from a given eye position) (virtual images; Identifying; an image location Plane Mirror Ray Diagrams Line of sight and the construction of ray diagrams) (Object-image relationships; Use; of mirror equation and magnification equation Convex Mirrors Construction of ray diagrams) (ray diagrams; Determining; Anatomy of a concave mirror Construction of ray diagrams to determine image location, orientation, size, etc.) Context(ray diagrams Determining,List([140, 164))):(Anatomy of a concave mirror Construction of ray diagrams; to determine; image location, orientation, size, etc. Object-image relationships Use of mirror equation and magnification equation Convex Mirrors Construction of ray diagrams) (portion of mirror; required; to view an image) (Object-image relationships; Use; of mirror equation and magnification equation Unit 14: Refraction and Lenses (7 Q's) Refraction at Boundaries Definition and Cause The lone exception Direction of bending (FST and SFA) Optical density, index of refraction (n), and light speed Snell's Law Measuring Theta i and Theta r Use of Snell's Law equation in problem-solving)
an image Determining,List([200, 220)) ray diagrams Determining,List([140, 164))
images an image an object's image virtual images Object-image relationships ray diagrams Anatomy of a concave mirror Construction of ray diagrams portion of mirror Object-image relationships
are formed Determining can be seen Identifying Use Determining to determine required Use
if an object's image can be seen from a given eye position
from a given eye position
an image location Plane Mirror Ray Diagrams Line of sight and the construction of ray diagrams
of mirror equation and magnification equation Convex Mirrors Construction of ray diagrams
Anatomy of a concave mirror Construction of ray diagrams to determine image location, orientation, size, etc.
image location, orientation, size, etc. Object-image relationships Use of mirror equation and magnification equation Convex Mirrors Construction of ray diagrams
to view an image
of mirror equation and magnification equation Unit 14: Refraction and Lenses (7 Q's) Refraction at Boundaries Definition and Cause The lone exception Direction of bending (FST and SFA) Optical density, index of refraction (n), and light speed Snell's Law Measuring Theta i and Theta r Use of Snell's Law equation in problem-solving