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Answer: A candle 4.75 cm tall is 40.0 cm to the left of a plane mirror. Then, the image formed by the mirror will be to the right of the mirror and the height of this image is same as that of the object.
Explanation: To find the answer, we need to know about the reflection at a plane mirror.
What is the reflection at a plane mirror?
There are some points about the reflection at a plane surface.
- Distance of image from mirror = distance of object from mirror.
- Size of the image = size of the object.
- If object moves with certain velocity, then the image also moves with same velocity in opposite direction.
- Image formed by a plane mirror will be on the opposite side of the object and which is erect, virtual and laterally inverted.
Thus, we can conclude that, a candle 4.75 cm tall is 40.0 cm to the left of a plane mirror. Then, the image formed by the mirror will be to the right of the mirror and the height of this image is same as that of the object.
Learn more about reflection at a plane surface here:
https://brainly.com/question/28108556
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In response, a plane mirror is 40.0 cm to the left of a candle that is 4.75 cm tall. The mirror's generated image will then be to the right of the mirror and have the same height as the object.
In order to determine the solution, we must understand how a plane mirror reflects light.
What appears in a plane mirror's reflection?
- There are a few things to note concerning reflections on flat surfaces.
- The distance of an object from a plane mirror is equal to the distance of its image.
- Size of the object equals size of the image.
- If an object moves at a specific speed, the picture will follow suit and move in the opposite direction at the same speed.
- The other side of the object will have an erect, virtual, and laterally inverted image created by a plane mirror.
As a result, we may say that a flat mirror is 40.0 cm to the left of a candle that is 4.75 cm tall. The mirror's generated image will then be to the right of the mirror and have the same height as the object.
Learn more about reflection at a planar surface here:
https://brainly.com/question/28108556
#SPJ1
