Mirrors and how they reflect them

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In summary, the conversation discusses the correlation between the type of mirror and the amount of distortion in the reflected image. It also raises questions about the accuracy of different sized mirrors and how they may affect perception. The attempt at a solution suggests that all plane mirrors preserve the size of the object, regardless of their size.
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cbrons
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Homework Statement



Just a general question regarding mirrors and how they reflect them. If you take three household mirrors and look at an object or yourself, how does the type of mirror correlate with the amount (subjective) of distortion? Ie. If you look at yourself in a mirror that is wider than and captures the image of the living room behind you is that as accurate as a small 15x8in mirror in the bathroom? How about a 3x3 foot mirror? Does the small mirror make things appear larger than they are? This may actually be a psych question related to perception (do smaller mirrors reflect large things even larger or wider,whatever as they are?)

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The Attempt at a Solution



I think the living room mirror that is the widest is the most accurate when the object or person is standing right next to it.
 
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  • #2
I don't understand what you are trying to mean by "accuracy" of a mirror. All plane mirrors preserve the size of the object, irrespective of the size of the mirrors, small mirrors included.

(Perhaps this thread should be shifted some other section.)
 
  • #3
However, as you move further away from the mirror, the image may become distorted due to the angle of reflection. The small bathroom mirror may provide a more accurate reflection at a farther distance, but it may also make objects appear larger due to its smaller size. The size of the mirror does not necessarily determine the amount of distortion, as it also depends on the quality of the mirror's surface and the angle of reflection. As for perception, it is possible that smaller mirrors may make objects appear larger or wider due to the way our brains interpret visual information. This is a topic that falls under the field of cognitive psychology and would require further research and experimentation to fully understand. Overall, the type of mirror and its size can affect the accuracy and perception of a reflected image, but there are other factors to consider as well.
 

1. How do mirrors reflect light?

When light hits a mirror, it bounces off at the same angle it hit the mirror. This is known as the law of reflection. The smooth surface of a mirror allows the light to reflect in a predictable and uniform manner.

2. Why do mirrors create a flipped image?

Mirrors create a flipped image because of the way light reflects off of them. As mentioned before, the angle of reflection is equal to the angle of incidence. When light hits a mirror, it bounces off and our eyes see the reflected image. However, our brains interpret the image as coming from the opposite direction, creating the flipped image.

3. Can mirrors reflect all types of light?

Yes, mirrors can reflect all types of light, including visible light, UV light, and infrared light. This is because mirrors do not have a specific color or wavelength that they reflect, but rather they reflect all wavelengths of light that hit their surface.

4. How do curved mirrors differ from flat mirrors?

Curved mirrors, such as convex and concave mirrors, have a different shape than flat mirrors. This curvature affects the way light is reflected, causing the image to be distorted. In a convex mirror, the reflected image is smaller and wider compared to the object, while in a concave mirror, the reflected image can be either larger or smaller and inverted depending on the distance of the object from the mirror.

5. Can mirrors be used to create infinite reflections?

Yes, mirrors can be used to create infinite reflections, also known as an infinity mirror. This is achieved by placing two parallel mirrors facing each other, with a light source in between. The light bounces back and forth between the mirrors, creating a seemingly infinite line of reflections. This effect is commonly used in art and interior design.

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