I can't see the picture.DanicaK said:Here it is.
Can you state the laws of reflection?DanicaK said:I know the things you said, but ...
Distance between foot to eye is 150 cm.To see the foot, lower edge of the mirror should be at a height equal to half of this distance.DanicaK said:I can't solve it yet.
DanicaK said:I can't solve it yet.
That is a key part of the solution. If the angles are the same, what does that say about the vertical distances (with regard to each other)?DanicaK said:The angle between the incoming ray and the normal of the mirror is the same as the angle between the normal and the reflected ray.
The height of a mirror is directly related to its focal length, which is a measure of the mirror's ability to focus light. This relationship is known as the mirror equation: 1/f = 1/di + 1/do, where f is the focal length, di is the distance between the mirror and the image, and do is the distance between the mirror and the object.
The height of a mirror determines the size of the image produced. A taller mirror will produce a larger image, while a shorter mirror will produce a smaller image. This is because the height of the mirror affects the angle at which light rays are reflected, which in turn affects the size and position of the image.
The height of a mirror can be calculated using the mirror equation, as well as the magnification equation: M = -di/do = hi/ho, where M is the magnification, di is the distance between the mirror and the image, do is the distance between the mirror and the object, hi is the height of the image, and ho is the height of the object.
In a concave mirror, the height of the mirror is measured from the center of the mirror to the highest point on the curve, while in a convex mirror, the height is measured from the center to the lowest point on the curve. This is due to the different shapes of the mirrors, which affect the way light rays are reflected and the position of the image.
The height of a mirror can determine its usefulness in different optical devices. For example, a taller mirror may be more useful for focusing light and producing larger images, while a shorter mirror may be better for reflecting light in a compact space. The height of a mirror can also affect the angle and direction of light rays, which is important for creating specific optical effects.