Description
REFLECTION OF LIGHT IN A PLACE SURFACE
Reflection from a flat Mirror
When rays of light strike a flat mirror they are reflected and the exiting ray of light is reflected at the same angle as the angle of incidence. The angles of incidence and reflection are measured from a normal to the plane of the mirror
Reflection from a Diffuse Surface
Some surfaces seem quite smooth; for example, a sheet of paper. However, we do see any reflections as with a plane-mirror.
At the microscopic scale the law of reflection is obeyed but the surface is irregular which means the incident rays of light are reflected in many directions and the information contained in the in the light does not reach the eye in the correct order. This is known as diffuse reflection
SPHERICAL MIRRORS
Images formed in a pair of mirrors
A mirror is a reflective surface through which light does not pass through, but bounces off of and produces an image.
There are two major types of mirrors. One is the flat plane mirror, and the other is a curved or spherical mirror.
A spherical mirror is a mirror which has the shape of a piece cut out of a spherical surface. There are two types of spherical mirrors: concave, and convex.
Spherical mirrors, image formation and their uses
A mirror is a reflective surface through which light does not pass through, but bounces off of and produces an image. There are two major types of mirrors. One is the flat plane mirror, and the other is a curved or spherical mirror.
A spherical mirror is a mirror which has the shape of a piece cut out of a spherical surface. There are two types of spherical mirrors: concave, and convex.
In this topic, you will learn in detail about the types and uses of, and differences between spherical mirrors, and the images formed by spherical mirrors in different cases.
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LevelIntermediate
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Last UpdatedApril 1, 2022
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CertificateYes
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Course Duration:
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Course level:Intermediate
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About Course
In this section will learn the following chapters:
1.REFLECTION OF LIGHT IN A PLACE SURFACE
2.SPHERICAL MIRRORS
3.NUMERICALS
Course Curriculum
REFRACTION OF LIGHT THROUGH PLANE SURFACES
Refraction - Laws of refraction and Refractive Index
Principle of Reversibility of the path of light
Experimental verification of laws of refraction
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09:43
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20:10
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00:32
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13:48
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06:00
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QUIZ – REFLECTION THROUGH PLANE MIRRORS
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QUIZ – REFLECTION THROUGH PLANE SURFACES – LAWS OF REFLECTION
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05:04
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16:48
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QUIZ – REFLECTION THROUGH PLANE MIRRORS – IMAGE FORMED BY PLANE MIRRORS)
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03:53
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04:26
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05:03
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LIGHT – CORE CONCEPT – TWO CASES OF IMAGES FORMED BY PLANE MIRRORS
00:00 -
06:00
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00:32
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00:00
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QUIZ – REFLECTION THROUGH PLANE SURFACES – LATERAL INVERSION
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07:40
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LIGHT – CORE CONCEPT – IMAGE FORMED BY MIRRORS PLACED PERPENDICULAR
00:00 -
00:00
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10:43
SPHERICAL MIRRORS
Lens and Refraction through a lens
Types of Lenses
Formation of Images by a lens
Power, Magnification of a Lens
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04:02
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00:38
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02:20
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05:00
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17:59
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03:10
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12:16
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SPHERICAL MIRRORS – SUPPORT MATERIAL -IMAGES FORMED BY CONCAVE AND CONVEX MIRROR CONVENIENT RAYS
00:00 -
06:00
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QUIZ – SPHERICAL MIRRORS – COMPARISM BETWEEN CONVEX AND CONCAVE MIRRORS
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QUIZ – SPHERICAL MIRRORS – CONCAVE MIRROR
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QUIZ – SPHERICAL MIRRORS – CONVEX MIRRORS
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01:26
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01:34
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01:34
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SPHERICAL MIRRORS – CORE CONCEPT – A – RAY DIAGRAM FOR CONCAVE MIRROR – OBJECT AT INFINITY
00:00 -
SPHERICAL MIRRORS – CORE CONCEPT – B – RAY DIAGRAM FOR CONCAVE MIRROR – OBJECT BEYOND CENTRE OF CURVATURE
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SPHERICAL MIRRORS – CORE CONCEPT – C – RAY DIAGRAM FOR CONCAVE MIRROR – OBJECT AT CENTRE OF CURVATURE
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SPHERICAL MIRRORS – CORE CONCEPT – D – RAY DIAGRAM FOR CONCAVE MIRROR – OBJECT BETWEEN CENTER OF CURVATURE AND FOCUS
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SPHERICAL MIRRORS – CORE CONCEPT – E – RAY DIAGRAM FOR CONCAVE MIRROR – OBJECT AT FOCUS
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SPHERICAL MIRRORS – CORE CONCEPT – F – RAY DIAGRAM FOR CONCAVE MIRROR – OBJECT BETWEEN FOCUS AND POLE
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SPHERICAL MIRRORS – CORE CONCEPT – RAY DIAGRAM FOR CONVEX MIRROR
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00:00
NUMERICALS
Deviation, dispersion and Spectrum
Electromagnetic Spectrum and its broad classification
Scattering of light and its application
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