Spherical Mirrors Flashcards
The line u draw to the curve
Tangent line
A ray coming on to the mirror parallel to the axis
Paraxial ray
The center of the sphere the mirror is cut from
Center of curvature (c)
The point at the center of the mirror
Vertex (v)
The radius of the sphere the mirror is “cut from”
Radius of curvature
The point where rays from a distance appear to converge
Focal point
TRUE OR FALSE
focal point is halfway between the surface and the center of curvature
True
Spherical mirrors are drawn in…
Two dimensions
Special rays for locating the image formed by a spherical mirror
- Ray passing through the center of curvature snd going back (reflecting itself)
- Ray parallel to the optical axis and reflected to the focus
- Ray passing through the focus then reflected parallel-y
- Ray striking the vertex then reflecting equally like the incidence
Plane mirror properties:
Virtual (behind the mirrors)
Upright
The same distance from the mirror as the object
Same size as the object
Mirrors cut out of a spherical reflecting surfac
Spherical mirror