Applied Physics I: Chapter 4: Oscillations and Waves
Properties of standing waves
In general the standing wave can be represented by a sine curve and it reduces to a straight line twice in each time period.
PROPERTIES
OF STANDING WAVES
1)
In general the standing wave can be represented by a sine curve and it reduces
to a straight line twice in each time period.
2)
All the particles except at nodes will have simple harmonic motion.
3)
The Amptitude gradually increases from zero (at node) to a maximum (at
antinode).
4)
The distance between any consecutive nodes (or) antinodes is equal to λ/2 and
the distance between node and an antinode is λ/4.
5)
Velocity and acceleration of all the particles of wavelength λ are same at any
instant of time.
Applied Physics I: Chapter 4: Oscillations and Waves : Tag: Applied Physics : - Properties of standing waves
Applied Physics I: Chapter 4: Oscillations and Waves
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