Understanding Concave Mirror Image Formation

When an object is positioned between the principal focus (F) and the pole (P) of a concave mirror, the reflected rays tend to diverge.

To find the image location, these diverging reflected rays are extended backward. The point where these extensions intersect forms the image.

Image Characteristics Analysis

For an object placed between F and P in a concave mirror:

• The rays diverge after reflection, requiring backward extension to meet. This means the image formed is virtual.
• The backward extensions meet on the same side of the principal axis as the object, indicating an erect (upright) image.
• The intersection point occurs further away from the mirror than the object, signifying a magnified image (larger than the object).

Final Determination

Combining these characteristics, the image formed is Virtual, erect, and magnified.

This corresponds to Option 2.