What effect do convex (curved) mirrors have on objects?

What effect do convex (curved) mirrors have on objects?

• A. Make objects appear larger than they really are
• B. Make objects appear closer than they really are
• C. Always appear dangerous
• D. Make objects look further away than they are

Answer: (A)

Convex mirrors are designed with a curved surface that bulges outward. This curvature causes light rays that strike the surface to diverge. When an observer looks into a convex mirror, the diverging light rays create a virtual image that appears larger than the actual object. This magnification effect is useful in various applications, such as in vehicle side mirrors, where the wider field of view helps drivers see more of the area beside and behind them. The other options do not accurately reflect the properties of convex mirrors. They do not make objects appear closer, nor do they inherently appear dangerous. Regarding the perception of distance, convex mirrors tend to create an illusion that makes objects seem further away than they may actually be due to the way the light is refracted.

Convex mirrors are designed with a curved surface that bulges outward. This curvature causes light rays that strike the surface to diverge. When an observer looks into a convex mirror, the diverging light rays create a virtual image that appears larger than the actual object. This magnification effect is useful in various applications, such as in vehicle side mirrors, where the wider field of view helps drivers see more of the area beside and behind them.

The other options do not accurately reflect the properties of convex mirrors. They do not make objects appear closer, nor do they inherently appear dangerous. Regarding the perception of distance, convex mirrors tend to create an illusion that makes objects seem further away than they may actually be due to the way the light is refracted.