Discover the fascinating world of light propagation through the contrasting wave and particle models. Dive into the realms of reflection, refraction, and image formation as we explore the dual nature of light.
What is the dual nature of light?
Light exhibits both wave-like and particle-like behavior.
Who proposed the corpuscular theory of light?
Isaac Newton suggested that light consists of corpuscles emitted from sources.
How does light behave in different materials?
Light waves change speed and direction when passing through various substances.
What determines the type of image formed in a mirror?
The smoothness of the mirror surface dictates whether a virtual or real image is produced.
Why do plane mirrors create virtual images?
Due to the flat surface of plane mirrors, virtual images with equal distances are formed.
Can light waves be dispersed into different colors?
Yes, using a prism, visible light waves vibrating at different frequencies can be separated into various colors.
What is the speed of light in space?
Light travels at a constant speed of 299,792,458 m/s in a vacuum.
How does diffraction affect light waves?
Diffraction occurs when light waves bend around obstacles or pass through narrow openings, altering their direction.
Why do we perceive reversed images in mirrors?
Reflection of light on smooth surfaces leads to the formation of reversed or virtual images.
What is the significance of the pre-test on light composition?
The pre-test helps in assessing understanding and preparing for the tutorial session on light properties.
Discover the fascinating world of light propagation through the contrasting wave and particle models. Dive into the realms of reflection, refraction, and image formation as we explore the dual nature of light.
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