Both give diminished, virtual, erect image. Hence convex mirror is used as rear view glass in case of vehicles near by the drivers. Concave lens is used to correct short sightedness.
Images formed by a concave lens are always virtual, upright, and reduced in size. On the other hand, images formed by a convex mirror are virtual, erect, and diminished in size. Additionally, concave lenses can form both real and virtual images depending on the object distance, while convex mirrors only produce virtual images.
In a concave lens the object always forms a virtual image. The convex lens also forms a virtual image.
No, an image formed by a convex mirror is always virtual and upright. Concave mirrors can form both real and inverted images.
A convex lens is more like a concave mirror in the way it produces images. A convex lens converges light rays to form real or virtual images, much like how a concave mirror can do the same by reflecting light. Both convex lenses and concave mirrors can produce both real and virtual images depending on the object's position relative to the lens or mirror.
The mirror in this case is a convex mirror, as virtual images are formed by convex mirrors.
Images formed by a concave lens are always virtual, upright, and reduced in size. On the other hand, images formed by a convex mirror are virtual, erect, and diminished in size. Additionally, concave lenses can form both real and virtual images depending on the object distance, while convex mirrors only produce virtual images.
In a concave lens the object always forms a virtual image. The convex lens also forms a virtual image.
the image will be Unreal. Concave mirrors form a real and inverted image where in tn convex mirrors the images are unreal.
No, an image formed by a convex mirror is always virtual and upright. Concave mirrors can form both real and inverted images.
A convex lens is more like a concave mirror in the way it produces images. A convex lens converges light rays to form real or virtual images, much like how a concave mirror can do the same by reflecting light. Both convex lenses and concave mirrors can produce both real and virtual images depending on the object's position relative to the lens or mirror.
The mirror in this case is a convex mirror, as virtual images are formed by convex mirrors.
The two types of curved mirrors are concave and convex mirrors. Concave mirrors curve inward and can create both real and virtual images, while convex mirrors curve outward and only produce virtual images.
A concave mirror is dished in ward. A convex mirror domed. Both images will be distorted in size from actuality. A convex mirror will give a wider view of what you are looking at in the mirror. A concave mirror will compress and magnify the image being viewed.
Concave Vs Convex 1. Mercury coating will be made on the convex side but here on concave side. So reflecting portion would become concave and here convex 2. Both real and virtual images but only virtual images 3. Both diminished, enlarged and even same size images formed but only diminished. 4. Both inverted (real) and erect (virtual) images but only erect images. 5. Used as shaving mirror and in telescopes but used as rear view mirror
the image formed by convex lens are real but the images formed by concave lens are virtual concave mirror are commonly used in to torches search light and vehicles headlights to get powerful parallel beam of light they are often used as a wing a to see a larger image of the face the dentist use a concave mirrors to see larger image of that is open send large can give are used to concentrate sunlight to produce heat in solar furnace
Concave and convex shapes play important roles in various fields such as optics, mathematics, and design. In optics, concave and convex lenses are used to converge or diverge light, which is crucial in forming images. In mathematics, understanding concave and convex functions aids in optimization and determining the behavior of functions. In design, elements with concave and convex surfaces can enhance aesthetics and functionality in products and architecture.
they are both lenses and form images