The steam condenses to form water droplets on the cooler surface.
The mirror will shoot the light the way it is pointing.
It reflects back and a small amount is absorbed into its reflective surface.
the light is reflected back at different angles because the mirror is curved
The hot heat from the hot water turns evaporates. Once it reaches or touches a cool surface (mirror), the heat would condense and turn into water droplets. Therefore, water droplets are found in the mirror when you bath.
The process of changing matter from the gaseous state to the liquid state is called condensing. A common example of condensation is steam from a hot shower condensing into water on the cooler bathroom mirror.
When water vapor touches a mirror, it condenses into liquid water due to the temperature difference between the vapor and the mirror surface. This condensation creates a thin film of water droplets on the mirror's surface, causing it to appear foggy or misty.
When a beam of light from a flashlight hits a mirror, it gets reflected off the mirror surface. The angle of reflection is equal to the angle of incidence, following the law of reflection. This results in the beam bouncing off the mirror and changing direction.
It's called condensation, steam from the hot water in the bath turns back to water when it touches the mirror covering the mirror in a thin layer of water.
No, the focal length of a mirror does not change when the object distance changes. The focal length of a mirror is a fixed property of the mirror itself. Changing the object distance will affect the position and size of the image formed by the mirror, but not the focal length.
When a mirror fogs up, it is due to water vapor in the air condensing on the cooler surface of the mirror. The water vapor forms tiny droplets that scatter light, causing the mirror to appear cloudy or hazy.
Changing the shape of the mirror can change the size and orientation of the image produced. For example, a concave mirror can create either an enlarged or reduced image depending on the object's distance from the mirror. The position of the image can also be affected, such as moving closer or farther away from the mirror.
A normal mirror is typically referred to as a flat mirror, which reflects light rays without distorting the image or changing the size of objects.
When you blow on a mirror, the warm air from your breath can cause the mirror to fog up temporarily due to condensation. This happens because the warm air contains water vapor, and when it hits the cold surface of the mirror, it cools and turns into water droplets on the mirror's surface.
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The mirror will shoot the light the way it is pointing.
It slows down. Or, if you meant "break" a mirror, it is in two or more pieces.
When you put a mirror in front of another mirror, it creates a series of reflections that appear to go on infinitely. This effect is called an infinite mirror effect.