I need flow chart for light …

Reflection ↓ Bouncing back of light ↓ Laws of reflection * angle of incident = angle of reflection * Incident ray, reflected ray and normal all lies on the same plane at a point. ↓ PLAIN MIRROR →Image size=Object size →Image distance= Object distance → Image is erect → Image is laterally inverted → Image is virtual ↓ SPHERICAL MIRRORS A) Concave mirror B) Convex mirror To form a ray diagram we need to know Principal axis - it is an imaginary line which passes through C and F. Pole - it is centre of the surface of sphere. Also denoted by 'capital P' Centre of Curvature- it is the centre of the sphere. Also denoted by 'capital C' Focus - it is the centre of centre of curvature and pole. Also denoted by 'capital F' Radius of curvature - it is the distance between C and P. Also denoted by 'capital R' Focal length - it is the distance between F and P. Also denoted by "small f" [] RAY DIAGRAMS [] Concave mirror 1 Infinity - Focus - Real - Highly diminished - Inverted 2 Beyond C - Between C and F - Real - Diminished - Inverted 3 At C - At C - Real - Same - Inverted 4 Between C and F - Beyond C - Real - Enlarged - Inverted 5 Focus - Infinity - Real - Highly enlarge - Inverted 6 Between F and P - Behind the mirror -Virtual - Enlarged - Erect Convex mirror 1. Infinity - Focus - Virtual - Diminished - Erect 2. Infinity and Pole - Behind the mirror -Virtual - Diminished - Erect.