At angle of 30 two mirrors will give nine reflected images.
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Infinite.
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Opposite each other
If the mirrors are exactly parallel - there will be an infinite number of images, as they will be reflected indefinitely.
In parallel mirrors, each reflection creates a new image that is reflected again, leading to an infinite repetition of reflections. As light bounces back and forth between the mirrors, it creates an infinite series of reflected images. This process continues due to the nature of reflection where light bounces off surfaces at equal angles.
When two plane mirrors of the same size are placed at different angles to each other, the size of the images they create can appear different due to the way light reflects off them. The angle of incidence and reflection will affect how the rays of light bounce off the mirrors, resulting in variations in the size of the reflected images. Additionally, the position of the observer relative to the mirrors can also impact the perceived size of the images.
The mirror reflectivity affects the quality of the reflected image by determining how much light is reflected back. Higher reflectivity mirrors produce clearer and brighter images, while lower reflectivity mirrors may result in dimmer and less sharp images.
Funny mirrors are distorted due to their curved surfaces that bend and reflect light in unusual ways, resulting in distorted and exaggerated reflections of objects in front of them. The shape and curvature of the mirror cause light rays to be reflected at different angles, creating funhouse effects such as stretching, shrinking, or flipping the reflected images.
Plane mirrors and convex mirrors are unable to form real images because they do not converge reflected light to a point. In a plane mirror, the reflected rays stay parallel, while in a convex mirror, the reflected rays diverge. This divergence or parallelism prevents the formation of a real image, which is the convergence of light rays to a point.
Convex mirrors used for security purposes produce virtual images, not real images. These images are smaller and upright compared to the object being reflected. This helps provide a wider field of view for surveillance.
You are seeing a reflection and you are seeing a reflection of the reflection.
Plane mirrors produce virtual and upright images that are the same size as the object being reflected. The images are laterally inverted, meaning they are flipped horizontally.
kaleidoscope is a thing/object which works on the principle of multiple reflections. the three plain mirrors reflect light that,s why we can see paterns.
As the reflected image bounces back and forth between the two mirrors, each reflection results in a smaller image due to the angle of reflection. This creates the illusion of the image appearing progressively smaller as it moves further away from the mirrors.
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