The document describes image formation using curved mirrors through ray diagrams. It shows that when the object is outside the center of curvature, the image is smaller, inverted, and real; when the object is between the focus and center of curvature, the image is bigger, inverted, and real; and when the object is at the focus, no image is formed. It also demonstrates that the image is always bigger, upright, and virtual when the object is between the focus and mirror.

1. IMAGE
FORMATION IN
CURVED MIRROR
RAY DIAGRAM
FELIX BUNAGAN

2. FOCUS
light to a common point
called
FELIX BUNAGAN

3. FOCUS
light
FELIX BUNAGAN

4. FELIX BUNAGAN

5. OBJECT:
OUTSIDE C
F C
IMAGE:
SMALLER, BET C & F, INVERTED, REAL
FELIX BUNAGAN

6. OBJECT:
BET. F & C
F C
IMAGE:
BIGGER, INVERTED, OUTSIDE C, REAL
FELIX BUNAGAN

7. OBJECT:
AT CENTER OF CURVATURE (C )
F C
IMAGE:
SAME SIZE, INVERTED, AT C, REAL
FELIX BUNAGAN

8. OBJECT: AT FOCUS (F)
F C
IMAGE:
NO IMAGE FORMED
FELIX BUNAGAN

9. OBJECT:
AT INFINITY
F C
IMAGE: JUST A POINT
FELIX BUNAGAN

10. OBJECT:
BET. F & V
F C
IMAGE:
ALWAYS BIGGER, UPRIGHT, BEHIND THE MIRROR, VIRTUAL
FELIX BUNAGAN

11. FELIX BUNAGAN

12. OBJECT:
AT ANY DISTANT FROM THE MIRROR
C F
IMAGE:
ALWAYS
SMALLER, UPRIGHT, VIRTUAL,
FELIX BUNAGAN BET. F & V.