Download presentation
Presentation is loading. Please wait.
1
Wave Equation & Solutions
Transverse Waves
2
Transverse wave on a string
String Wave
4
Length of the curved element
5
Perpendicular force on the element
6
Equation of motion of small element
Wave equation
7
Wave equation General Solution
8
Therefore, (nothing but wave equation)
9
Physical significance of x=f(ct+x)
wave moving to the left
10
For simple harmonic displacement of an oscillator
11
For a sinusoidal plane wave
Therefore, n: frequency of oscillation in time
14
C: wave velocity
15
t: period of oscillation
16
Different forms of solution of wave equations
17
Particle velocity :
18
Dispersion Relation A link between spatial and temporal oscillations
For the wave equation Plane wave solution Oscillation frequency
19
For monochromatic wave in a non-dispersive medium
Plot dispersion relation w w = ck More later k Slope (c) phase velocity of the wave
20
Summary Wave equation General solution of wave equation
21
l: wavelength c : wave velocity a : amplitude
Solution of Plane wave of form l: wavelength c : wave velocity a : amplitude
22
Reference 1. LECTURE NOTES FOR PHYSICS I SASTRY AND SARASWAT
2. THE PHYSICS OF VIBRATIONS AND WAVES AUTHOR: H.J. PAIN IIT KGP Central Library Class no PAI/P
Similar presentations
© 2025 SlidePlayer.com. Inc.
All rights reserved.