A mirror producing a virtual image larger than the object is:

Correct option is B

The correct answer is (b) Concave.

A concave mirror can produce a virtual image larger than the object when the object is placed between the mirror and its focal point.

• Formed when light rays appear to diverge from a point behind the mirror.

• When the object is placed close to the concave mirror, within its focal length, the reflected rays diverge, forming a magnified virtual image.

• Plane Mirror: Always produces a virtual image of the same size as the object.
• Concave Mirror: Can produce both real and virtual images; the virtual image is larger when the object is within the focal length.
• Convex Mirror: Always produces a virtual image that is smaller than the object.
• Spherical Mirror: General term encompassing both concave and convex mirrors; specifics depend on the type.

A mirror is a smooth, polished surface that reflects light to form images. Reflection occurs due to the mirror's ability to bounce back most of the light striking its surface.

1. Plane Mirror:

   • Description: Flat surface.
   • Image Characteristics: Produces a virtual, upright image of the same size as the object.
   • Uses: Dressing mirrors, periscopes, and optical instruments.

2. Spherical Mirrors:

   • Curved surfaces with reflective coating.
   • Subdivided into:

   Concave Mirror (Converging Mirror):

   • Description: Inner surface is reflective, shaped like the interior of a sphere.
   • Image Characteristics:
     • Can produce real or virtual images.
     • Magnified virtual images when the object is within the focal length.
   • Uses: Reflecting telescopes, shaving mirrors, headlamps.

   Convex Mirror (Diverging Mirror):

   • Description: Outer surface is reflective, shaped like the exterior of a sphere.
   • Image Characteristics:
     • Always produces a virtual, diminished, and upright image.
   • Uses: Rearview mirrors in vehicles, surveillance.