Plane Mirrors and Spherical Mirrors

Assessment

Plane Mirrors and Spherical Mirrors

ninja coder

Physics

Grade10

10 Plays

100 Participants

Worksheet

10 Qs

1.
Multiple Choice
1 pts•30 s
What type of image is formed by a plane mirror?
Answer choices
Real and inverted
Virtual and erect
Real and erect
Virtual and inverted
2.
Multiple Choice
1 pts•30 s
Identify the characteristic of the image formed by a plane mirror in terms of size.
Answer choices
Magnified
Same size as the object
Diminished
Variable depending on distance
3.
Multiple Choice
1 pts•30 s
Which type of spherical mirror has its reflecting surface curved inward?
Answer choices
Convex mirror
Concave mirror
Plane mirror
Parabolic mirror
4.
Multiple Choice
1 pts•30 s
Name the point where parallel rays converge after reflection in a concave mirror.
Answer choices
Center of curvature
Principal focus
Pole
Radius of curvature
5.
Multiple Choice
1 pts•30 s
Determine the type of image formed by a convex mirror.
Answer choices
Real and inverted
Virtual and erect
Real and erect
Virtual and inverted
6.
Multiple Choice
1 pts•30 s
What is the distance between the pole and the principal focus of a spherical mirror called?
Answer choices
Focal length
Radius of curvature
Object distance
Image distance
7.
Multiple Choice
1 pts•30 s
Specify the nature of the image formed by a concave mirror when the object is placed beyond the center of curvature.
Answer choices
Virtual and erect
Real and inverted
Virtual and inverted
Real and erect
8.
Multiple Choice
1 pts•30 s
Recognize the use of convex mirrors in vehicles.
Answer choices
To magnify objects
To provide a wider field of view
To focus light
To create real images
9.
Multiple Choice
1 pts•30 s
Which type of mirror is used in a dentist’s tool to examine teeth?
Answer choices
Plane mirror
Concave mirror
Convex mirror
Cylindrical mirror
10.
Multiple Choice
1 pts•30 s
Clarify the relationship between the focal length and radius of curvature for a spherical mirror.
Answer choices
Focal length is twice the radius of curvature
Focal length is half the radius of curvature
Focal length equals the radius of curvature
Focal length is unrelated to radius of curvature