0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Question

The passenger side-view mirror on an automobile often has notation. "Objects seen in the mirror are closer than they appear". Is the image really farther away than the object?


  1. Yes, the image is smaller and farther away than the object.
  2. Yes, the image is larger and farther away than the object.
  3. No, the image is larger and closer than the object.
  4. No, the image is smaller and closer than object.

A
Yes, the image is smaller and farther away than the object.
B
Yes, the image is larger and farther away than the object.
C
No, the image is larger and closer than the object.
D
No, the image is smaller and closer than object.
Solution
Verified by Toppr

As side-view mirrors are made up of Convex mirrors and they form smaller images and they make images far away than the object. That's why the image is smaller and closer than the object.

Was this answer helpful?
1
Similar Questions
Q1

The passenger side-view mirror on an automobile often has notation. "Objects seen in the mirror are closer than they appear". Is the image really farther away than the object?


View Solution
Q2
Mirrors on the outside of the passenger side of cars often contain a message that says something like, "Objects are closer than they appear." In other words, the image seen in the mirror, although looking like the objects in other respects, appear to be further away than they actually are, because the images are smaller than the objects.
What kind of mirror is being used in this case?
View Solution
Q3

With the help of a diagram, explain why the image of an object viewed through a concave lens appears smaller and closer than the object.

View Solution
Q4

If an object moves away from a plane mirror, its image moves closer to the mirror.


View Solution
Q5
A convex mirror has a (virtual) focal point that is 10.0cm behind the mirror. When I place an object 30.0cm in front of the mirror I get an image that is smaller than the object and upright.
At what other location can I place the object to get an image that is smaller than the object and upright?
View Solution