Malus’ law for polarizing angle
Sure, here are slides 11 to 20 as per your requirements:
Interference of Light
Interference phenomenon
Definition
Types of interference
Coherent sources of light
Path difference and phase difference
Young’s Double Slit Experiment
Young’s double slit setup
Interference pattern
Conditions for constructive interference
Conditions for destructive interference
Interference fringes
Equations for Young’s Double Slit Experiment
Equation for fringe spacing
Equation for position of maxima and minima
Relation between fringe width and wavelength
Intensity distribution
Graphical representation of interference pattern
Interference in Thin Films
Thin film interference
Reflecting and transmitting thin films
Conditions for constructive and destructive interference
Colors in thin films
Examples of thin film interference in nature
Equations for Thin Film Interference
Equation for path difference in thin films
Equation for constructive interference in thin films
Equation for destructive interference in thin films
Thickness of thin film and wavelength relationship
Applications of thin film interference
Interference in Wedge-shaped films
Wedge-shaped film interference
Formation of fringe pattern
Thickness variation in wedge-shaped films
Colors produced by wedge-shaped films
Uses of wedge-shaped film interference
Diffraction Grating - Introduction
Introduction to diffraction grating
Thin slits vs diffraction grating
Difference between single slit diffraction and diffraction grating
Types of diffraction gratings
Uses of diffraction gratings
Equations for Diffraction Grating
Equation for wavelength in diffraction grating
Equation for angular dispersion
Equation for angular position of maxima and minima
Grating element and grating constant
Graphical representation of diffraction grating pattern
X-ray Diffraction
X-ray diffraction phenomenon
Uses of X-ray diffraction
Bragg’s Law
Diffraction pattern in crystals
Determining crystal structure using X-ray diffraction
Applications of Diffraction
Applications of diffraction in everyday life
Diffraction in sound waves
Diffraction in water waves
Diffraction in radio waves
Examples of diffraction in various fields
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Sure! Here are slides 21 to 30 in markdown format for teaching Physics on the topic of “Diffraction - Single Slit Diffraction-Intensity Distribution Slit”:
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Single Slit Diffraction - Intensity Distribution
Single slit diffraction phenomenon
Intensity distribution pattern
Central maximum, secondary maxima, and minima
Graphical representation of intensity distribution
Effect of slit width on intensity pattern
Mathematical Expression for Diffraction Pattern
Mathematical expression for single slit diffraction pattern
Diffraction pattern equation
Factors affecting the diffraction pattern
Wavelength of light
Width of the slit
Width of Secondary Maxima
Calculation of width of secondary maxima
Use of formula for calculating width
Relation between slit width, wavelength, and angle
Example problem demonstrating the calculation
Diffraction Grating - Introduction
Introduction to diffraction gratings
Construction and working principle
Multiple slits vs single slit diffraction
Advantages of diffraction gratings
Types of diffraction gratings (transmission and reflection)
Equations for Diffraction Grating
Equation for wavelength in diffraction grating
Equation for angular dispersion
Equation for angular position of maxima and minima
Relation between grating element and grating constant
Application of diffraction grating in spectroscopy
Diffraction Grating - Example Problem
Example problem demonstrating the use of diffraction grating equation
Given parameters: wavelength, order of maxima, grating constant
Calculation of angular position of maxima
Calculation of wavelength using diffraction grating
Circular Aperture Diffraction
Diffraction through a circular aperture
Formation of Airy pattern
Central bright spot and concentric rings
Calculating the number of rings
Radius of bright and dark rings
Resolution and Resolving Power
Resolution of optical instruments
Limit of resolution and Rayleigh criterion
Resolving power and its importance
Factors affecting resolving power
Example to demonstrate resolving power calculation
Polarization of Light
Polarization phenomenon
Definition and types of polarization
Polarization by reflection, transmission, and scattering
Uses of polarized light in various fields
Application of polarizing filters
Brewster’s Law and Polaroids
Brewster’s law and Brewster angle
Relation between the refractive indices of incident and transmitted media
Polarization by reflection and Brewster’s angle formula
Introduction to Polaroids
Use of Polaroids in polarizing light filters
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