Q: All virtual images are of this type
A: ERECT

Q: REDUCED
A: This image magnification is less than one

Q: Rays from a concave mirror
A: CONVERGING

Q: Objects at the focus of a concave mirror project light rays here
A: INFINITY

Q: DIVERGING
A: Rays from a convex mirror

Q: This mirror always give a virtual image with a magnification of one.
A: PLANE

Q: This mirror can produce only virtual images
A: CONVEX

Q: OBJECT
A: An emitter of light rays

Q: NORMAL
A: Perpendicular to a mirror surface

Q: PRINCIPAL FOCUS
A: All parallel rays converge at this point after reflection from a curved mirror

Q: PARALLEL RAY
A: It will pass through the principal focus after relection from a concave mirror

Q: All real images are of this type
A: INVERTED

Q: CONCAVE
A: Another term for a converging mirror

Q: VERTEX
A: The furtherest point from the object on a concave mirror surface

Q: RAY
A: The straight line path of a point on a wavefront of light

Q: MAGNIFICATION
A: Image distance / Object distance

Q: INCIDENCE
A: Incoming ray

Q: REFLECTION
A: When light reverses direction

Q: Where virtual images are formed relative to the vertex
A: BEHIND

Q: MIRROR
A: A reflecting surface

Q: Real image are produced only on this side of a mirror
A: FRONT

Q: The virtual image from a concave mirror
A: ENLARGED AND ERECT

Q: It is twice the focal length
A: CENTER OF CURVATURE

Q: The size of an image from a concave mirror when the object is at the center of curvature
A: SAME

Q: REAL
A: This image can be projected

Q: IMAGE
A: The result of reflected rays