A convex mirror and a plane mirror both give virtual and erect images still a convex mirror is used in vehicles. why? Pls answer thiss

Because:

Explanation:

A convex mirror always forms virtual, erect and diminished images irrespective of the distance of the object. Since the image is diminished, it enables a driver to view a large area of the traffic behind him. ... This is the reason why convex mirrors are used as rear view mirrors in vehicles.

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Convex mirrors are used because these mirrors provide a wider viewing angle than a plane mirror. This wide angle will help you getting more information/overview than what is happening at a narrow spot right behind the car if you use a plane mirror.

With a convex mirror you are for example able to detect an overtake (by the car behind you) early, if you for some reason wanted to turn left into another lane at the same moment the overtake took place - so you then can prevent a collision. Convex mirrors are simply covering a much larger area behind the car than plane mirrors do. And in the US, on the mirrors there is a text explaining that the vehicle behind you is closer than it appears - some kind of an idiot explanation in case some driver took the mirror image literally….because in the mirror image of a convex mirror, everything looks smaller and further away than they actually are.

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hi there if you are asking for conformation that wavelingth is the correct answer is wrong it is the answer is frequency. : )

i hope this you out, have a wonderful day

f=ma a/f/m a= 480/60 a = 8m/s/s that is quick wow