An inverted image of a candle is formed when kept in front of a convex mirror .If half lens is covered by an op equestrian material than how will the image be?
An inverted image of a candle is formed when kept in front of a convex mirror .If half lens is covered by an op equestrian material than how will the image be?
To understand how the image will appear when half of the convex lens is covered by an opaque material, we need to consider the behavior of light rays when they pass through a convex lens.
When an object is placed in front of a convex lens, the light rays from the object are refracted (bent) as they pass through the lens. The exact path of the light rays depends on the location and size of the object. In the case of a convex mirror, it forms an inverted image due to the specific curvature of the mirror.
However, if half of the lens is covered by an opaque material, it means that only a portion of the light rays can pass through the exposed half of the lens. The opaque material blocks the remaining light rays.
In this scenario, the image formed by the exposed half of the lens would be distorted or incomplete. The portion of the object that is visible through the exposed half of the lens will still be inverted, in accordance with the behavior of convex lenses. On the other hand, the portion of the object that is blocked by the opaque material will not contribute to the formation of the image.
Overall, the image formed when half of the convex lens is covered by an opaque material will be a partial, inverted image of the object.