(B) The reason for this warning is that a convex mirror forms a virtual, erect, and diminished image of the objects behind the vehicle.Because the ima

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Convex mirrors produce virtual, diminished, and erect images, making distant objects appear smaller and further away.

(B) The reason for this warning is that a convex mirror forms a virtual, erect, and diminished image of the objects behind the vehicle.Because the image is diminished in size, the driver may perceive the object as being further away than it actually is.This optical illusion can lead a driver to believe that the vehicle behind is at a safe distance when it is actually closer, potentially causing an accident if the driver changes lanes without caution.

Class 10 Science Light – Reflection and Refraction Reflection of Light and Spherical Mirrors

Medium

The mirror outside the driver's side of a vehicle is usually a convex mirror. Printed on such a mirror is usually the warning "Vehicles in this mirror are closer than they appear". What is the reason for this warning?

A
Convex mirrors produce real and inverted images.
B
Convex mirrors produce virtual, diminished, and erect images, making distant objects appear smaller and further away.
C
Convex mirrors produce magnified images, making objects appear closer.
D
Convex mirrors have a very small field of view.

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Class 10 Questions

Class 10

Science Questions

Chapter

Light – Reflection and Refraction

Subtopic

Reflection of Light and Spherical Mirrors

What is the point,where the rays parallel to the principal axis meet after reflection,called?

Easy

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Draw ray diagrams showing the image formation by a concave mirror when an object is placed:
$(a)$ Between pole $(P)$ and focus $(F)$ of the mirror.
$(b)$ Between focus $(F)$ and centre of curvature $(C)$ of the mirror.
$(c)$ At centre of curvature $(C)$ of the mirror.
$(d)$ $A$ little beyond centre of curvature $(C)$ of the mirror.
$(e)$ At infinity.

Medium

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Write two important applications of $(i)$ concave mirror and $(ii)$ convex mirror.

Medium

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Under what condition in an arrangement of two plane mirrors,will the incident ray and the final reflected ray always be parallel to each other,regardless of the angle of incidence? Show the same with the help of a diagram.

Difficult

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For driving a car,what type of mirror would you prefer to see the traffic at your back and why?

Difficult

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The mirror outside the driver's side of a vehicle is usually a convex mirror. Printed on such a mirror is usually the warning "Vehicles in this mirror are closer than they appear". What is the reason for this warning?

Similar Questions

What is the point,where the rays parallel to the principal axis meet after reflection,called?

Write two important applications of $(i)$ concave mirror and $(ii)$ convex mirror.

Under what condition in an arrangement of two plane mirrors,will the incident ray and the final reflected ray always be parallel to each other,regardless of the angle of incidence? Show the same with the help of a diagram.

For driving a car,what type of mirror would you prefer to see the traffic at your back and why?

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