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WorksheetsCurved Mirror Ray Diagrams
Total questions: 22
Worksheet time: 32mins
An image behind the mirror is...
virtual
real
inverted
upright
An image that points below the principal axis is (choose 2)...
virtual
real
upright
inverted
If the object is beyond C (2F)...
image is real, smaller and inverted
image is real, smaller and upright
image is virtual, smaller and inverted
image is real, bigger and upright
This ray diagram is for which mirror?
concave
convex
plane
window
In the image, all the rays meet at F, What is F
focal length
focal point
center of curvature
reflection
This image is showing a convex mirror because the image is (choose 2 answers)
real light rays meet behind the mirror
real light rays don't meet
the focal point is in front of the mirror
the focal point is behind the mirror
This type of mirror is used in supermarkets to see around bends
concave
convex
plane
window
Real images are :
Always inverted
can be larger or smaller than the object
can be obtained on screen
all the above
A dentist uses a small dental mirror to help magnify teeth in your mouth. What type of mirror is this?
a convex mirror
a concave mirror
a convex lens
a concave lens
The side view mirrors on your car help shrink the image on both sides of the car, allowing you to see a larger field of view. What type of mirror is this?
a convex mirror
a concave mirror
a convex lens
a concave lens
An image that forms when light rays actually meet
virtual image
real image
diffuse reflection
regular reflection
Virtual images are
always upright
can be obtained on screen
always smaller
If the object is between C and f, the image is ...
image is real, smaller, and inverted
image is real, smaller, and upright
image is virtual, smaller, and inverted
image is real, bigger, and inverted
If the object is between f and the mirror, the image is ...
image is real, smaller, and inverted
image is virtual, larger, and upright
image is virtual, smaller, and inverted
image is real, bigger, and inverted
According to the new sign convection, the __________ of the mirror is taken as origin
focus
pole
optical centre
centre of curvature
An object is at a distance of 36cm from a concave mirror of focal length 12 cm. Find the image distance
18cm
-18cm
12 cm
-12 cm
