A concave mirror is more likely to give a full image of a large object. This is because concave mirrors have the ability to form real and magnified images, providing a more detailed representation of large objects compared to plane ...

For an object at infinity, the convex mirror forms a virtual and diminished image. For a finite distance object, the convex mirror also forms a virtual and diminished image.

The first position is when the object is at infinity, and the second position is when the object is at a finite distance from the convex mirror.

Dentists use concave mirrors to see large images of patients’ teeth, allowing for a detailed examination and better visibility of dental conditions.

Concave mirrors are employed as shaving mirrors to provide a larger image of the face, facilitating a more detailed and convenient view for shaving.

Concave mirrors are used in torches, search-lights, and vehicle headlights to produce powerful parallel beams of light.

The laws of reflection are followed, ensuring that at the point of incidence, the angle of reflection equals the angle of incidence.

The incident ray is reflected obliquely, following the laws of reflection at the point of incidence, making equal angles with the principal axis.

The incident rays fall on the mirror along the normal to the reflecting surface, ensuring that the laws of reflection are followed, and the light is reflected back along the same path.

The ray of light will emerge parallel to the principal axis on the opposite side of the convex lens.