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This document discusses the two types of mirrors: plane mirrors and spherical mirrors. Spherical mirrors are further divided into convex mirrors and concave mirrors. Concave mirrors have an inward curving reflecting surface and are used for applications like shaving mirrors, makeup mirrors, and as reflectors in searchlights and telescopes. Convex mirrors have an outward curving reflecting surface and are used as rear view mirrors in vehicles and street light reflectors.
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Light can travel through a vacuum and enables us to see. It exhibits rectilinear propagation, reflecting regularly off smooth surfaces and irregularly off rough surfaces. Images can be real, formed by the actual intersection of light rays, or virtual, formed behind a mirror but not by the actual intersection of rays. Spherical mirrors can be concave or convex and have defined optical characteristics. Concave mirrors form enlarged images close to the mirror and diminished ones further away. Convex mirrors always form diminished, erect images. Lenses come in converging and diverging types and also have specific optical properties depending on the position of objects in relation to the focal point.
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1. Light travels in a straight line. An experiment using a pipe or tube shows that light from a candle cannot be seen if the pipe is bent.
2. When light hits a mirror, it changes direction in a process called reflection. An experiment with a torch and mirror demonstrates how the light direction changes as the torch is moved.
3. A plane mirror forms an image that is erect, the same size as the object, and the same distance from the mirror as the object. The image is virtual and left and right are reversed.
Reflection and refraction
1) Light behaves both as a wave and particle. It undergoes various phenomena like reflection, refraction, diffraction etc. which were explained by wave theory.
2) Reflection of light follows the laws - the angle of incidence equals the angle of reflection, and the incident ray, normal and reflected ray lie in the same plane. Reflection can be regular from smooth surfaces or diffuse from rough surfaces.
3) Spherical mirrors are either concave or convex. Concave mirrors converge parallel rays to a focal point, while convex mirrors diverge them from a focal point behind the mirror. Images formed depend on the position of the object.
Class X Subject: Science, Chapter 3 : Light, Presentation 3.2
This presentation covers Spherical mirrors, Types of spherical mirrors, Principal focus and focal length And Sign conventions of spherical mirrors
Reflection of light
This document discusses the phenomenon of reflection of light. It defines regular and irregular reflection and explains that when light travels from one medium to another, some of it reflects at the surface. The key points made are:
1) Reflection occurs when light strikes an opaque surface and bounces back in the same medium.
2) Regular reflection follows the laws where the angle of incidence equals the angle of reflection, and the incident, reflected, and normal rays all lie in the same plane.
3) Terms like incident ray, reflected ray, point of incidence, and normal ray are defined in relation to the angle of reflection.
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Syllabus
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Chapter 2
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Powerpoint presentation
- 1. WELCOME
- 2. P.T.M.COLLEGE OF EDUCATION MARUTHOORKONAM
- 3. MIRRORS
- 4. MIRRORS ARE TWO TYPE Plane Mirror. Spherical Mirror.
- 5. Spherical Mirror are part of hollow spheres.
- 6. SPHERICAL MIRRORS ARE SUBDIVIDED INTO TWO TYPES Convex Mirror. Concave Mirror.
- 8. If the reflecting surface of the mirror curves inward . It is a concave mirror.
- 9. USES OF CONCAVE MIRROR Shaving Mirror. Makeup Mirror. Headlight in vechicles. Used as a reflector in search light, Telescope etc...
- 10. USES OF CONVEX MIRROR o Rear view Mirror in vehicles. oUsed as reflector in street light.
- 11. THANK YOU