rayhan619 said:
The distance is calculated using basic trigonometry, specifically the Law of Reflection, which states that the angle of incidence equals the angle of reflection. By measuring the angle of incidence and knowing the distance from the top edge to the mirror, the distance to the point of reflection can be easily determined.
Yes, the angle of incidence does affect the distance. The greater the angle of incidence, the further the ray will strike from the top edge of the mirror. This is because the angle of reflection will also be greater, resulting in a longer distance from the top edge.
Yes, the distance from the top edge to the point of reflection is the same for all types of mirrors as long as the angle of incidence and the angle of reflection are equal. However, the size and shape of the mirror may affect the overall distance from the top edge to the point of reflection.
Yes, it is possible for the distance from the top edge to the point of reflection to be greater than the distance from the top edge to the bottom edge of the mirror. This can occur if the angle of incidence is large enough and the mirror is tall enough.
The distance from the top edge to the point of reflection does not directly affect the size of the reflected image. However, it can affect the angle of reflection, which can in turn affect the size and shape of the reflected image. This is because the angle of reflection determines the direction in which the light is reflected, which can impact the perceived size of the image.
