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MIRRORS ON THE WALL
CURVE MIRROR PARTS
LOST IMAGE
MIRROR EQUATION
100
In this type of mirror, the image is upright and the same size as the actual object.
What is Plane Mirror?
100

It is the distance from the vertex of the mirror to the focal point.

focal length (f)

100

Describe the image is located exactly at the focus of a concave mirror.

No image

100

What does f represent in the mirror equation?

focal length

200
This is an image in which no light rays actually pass throug the image.
What is a virtual image?
200

It is the point at which rays or waves meet after reflection.

Focal point (F)

200

What is the LOST of an image of an object in front of a convex mirror?

L=behind the mirror

O=upright

S=smaller

T= virtual

200

What does di and do represent in the mirror equation?

image distance and object distance

300
In a concave mirror, light rays that are parrallel to the optical axis are reflected through this single point.
What is the focal point?
300

How far is the center of a concave mirror with a focal length of 10 cm?

20 cm

300

Describe an image of an object placed at the center of a concave mirror.

L= in front of mirror

O=inverted

S=same size

T=virtual

300

Write the mirror equation

1/f=1/di+1/do

400
This is what a real image created by a concave mirror looks like.
What is an upside down and enlarged image?
400

If the center of curvature of a mirror is 40 cm and the object is placed exactly between the focus and the center (C), how far is the object from the mirror?

30 cm

400

What is the LOST of the image placed between the center and focus of a concave mirror?

L=in front of mirror

O=inverted

Size= bigger than object

Type=real

400

An object is 10 cm tall. If the mirror has a magnification of 3, how tall is the image?

10 x 3= 30 cm tall

500

This property of a concave lens determines how far the focal point is from the mirror.

Curvature

500

A mirror is placed exactly between the focal point and the mirror. What is its exact distance from the mirror if the mirror has center of curvature is 44 cm?

11 cm

500

An image is found at the back of mirror, upright, bigger and a virtual image. Where is the object placed in front of concave mirror?

between focus (F) and mirror

500

A concave mirror has a focal length of 10 cm. A stick is placed 20 cm away from the mirror. What is the image distance?

1/di=1/f-1/do

1/di=1/10-1/20

1/di=0.1-0.05

di=1/0.05

di=20 cm