Question

image formed by a convex mirror is virtual erect and smaller in size illustrate with figure​

Answer 1

$\huge\mathfrak{Answer:-}$

⭕ Case First

◆ Object position :- Infinity

◆Image position :- At F, behind mirror

◆ Size of image :- point sized

◆ Nature :- Virtual and erect

⭕ Case Second

◆ Object position :- Between infinity and pole

◆ Image position :- Between p and f

◆ Size of image :- Diminished

◆ Nature :- virtual and erect

Refer to given attachment for diagrams respectively

Answer 2

Answer:

Explanation:

Convex Mirror:

Convex mirrors are curved mirrors with reflective surfaces that protrude in the direction of the light source. This protruding surface does not serve as a light focus; rather, it reflects light outward.

An optical illusion called an image is produced when light rays from an item are reflected by a mirror.

We are aware that a real image is one that can be viewed on a screen. Virtual images are those that are not visible on screens.

The guidelines for using a convex mirror to create images are as follows:

Rule 1: After mirror reflection, a beam of light that is parallel to the main axis of a convex mirror tends to come from its focus.

Rule 2: A light beam travelling towards a convex mirror's center of curvature is reflected back along the same path.

Rule 3: After reflection, a light beam travelling in the direction of the convex mirror becomes parallel to the major axis.

Rule 4: A light ray incident at a convex mirror's pole will reflect back at the same angle to the primary axis.

No matter how an object is positioned in front of a convex mirror, the image it creates is always behind the mirror, virtual, erect, and smaller than the original object. (Or dwindled)

The generation of an image by a convex mirror is seen in the figure below when the object is positioned anywhere between the mirror's pole and infinity.

A convex mirror always produces an erect, virtual, and reduced picture.

#SPJ2