TEMPERABLE MIRROR manufacturers tell you that the mirror is a tool that we men, women and children use every day, because everyone needs to take care of their own grooming instruments before going out, so do you know the optical characteristics of the mirror? Let's take a look at it together.

TEMPERABLE MIRROR manufacturers tell you that the reflection of light by a mirror obeys the law of reflection, and its reflective ability depends on the angle of incident light, the smoothness of the mirror and the properties of the metal film coated. The imaginary line perpendicular to the mirror surface is called the normal, and the angle between the incident ray and the normal is equal to the angle between the reflected line and the normal. The object in front of the plane mirror forms an upright virtual image behind the mirror, and the distance between the image and the mirror is equal to the distance between the object and the mirror. TEMPERABLE MIRROR manufacturers tell you that if you want to see your entire body length from the mirror, since the angle of incidence is equal to the angle of reflection, the mirror must be at least half your length. The reflecting surface of a concave mirror is oriented towards the center of curvature.
The TEMPERABLE MIRROR manufacturer tells you that the parallel light incident on the concave mirror is reflected and concentrated to the focal point, and the focal position is at 1/2 of the distance between the center of curvature and the mirror surface. If the cooker is placed at the focal position of the large concave mirror, it can be heated by concentrated sunlight and become a solar cooker. TEMPERABLE MIRROR manufacturers tell you that the light source in the car lamp or searchlight is placed at the focal position of the concave mirror to reflect the parallel light. Objects outside the center of curvature can be reflected into an upside-down real image, such as a reflecting telescope. The reflective surface of the convex mirror faces away from the center of curvature, and the object becomes a reduced upright image behind the mirror, which can reflect a wide range of reduced landscapes, such as a car rearview mirror.