Figure 6a shows the appearance of a progressive wave transverse wave at a particular instant in time. The wave travels at a speed of 12 ms^-1. All Particles in the wave osciallte with simple harmonic motion. i. Calculate the frequency and time period of the oscillations. ii. Calculate the maximum acceleration of the particles (magnitude only). iii. Calculate the velocity of the particles when the displacement is ±1.0 cm
Figure 6a shows the appearance of a progressive wave transverse wave at a particular instant in time. The wave travels at a speed of 12 ms^-1. All Particles in the wave osciallte with simple harmonic motion. i. Calculate the frequency and time period of the oscillations. ii. Calculate the maximum acceleration of the particles (magnitude only). iii. Calculate the velocity of the particles when the displacement is ±1.0 cm
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Figure 6a shows the appearance of a progressive wave transverse wave at a particular instant in time. The wave travels at a speed of 12 ms^-1.
All Particles in the wave osciallte with
i. Calculate the frequency and time period of the oscillations.
ii. Calculate the maximum acceleration of the particles (magnitude only).
iii. Calculate the velocity of the particles when the displacement is ±1.0 cm
iv. Compare the amplitude and phase of particles X and Y.
Transcribed Image Text:1.5
1
0.5
0
-0.5
-1
-1.5
Displacement / cm
X
2
3
Y
Figure 6a
5
Distance/cm
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