3. Figure shows one moment standing wave on string (fixed ends). The frequency of the wave is 2.85 Hz. Based on the information from the figure, find fundamental frequency and wavelength 21, speed of this standing wave. O Manual ● Oscillate O Pulse ~ 0 cm Restart Oem 2 • 4 • • .. 7 00:00.00 Fixed End O Loose End No End 9

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3. Figure shows one moment standing wave on string (fixed ends). The frequency
of the wave is 2.85 Hz. Based on the information from the figure, find
fundamental frequency and wavelength 2₁, speed of this standing wave.
Manual
Ⓒ Oscillate
Pulse
2
1
0 cm
Restart
0m
Amplitude
0.50 cm
Frequency
2.85 Hz
Slow Motion
Normal
None
4
Damping
Lots
6
Tension
Low
00:00.00
5 D
High
QQ
Rulers
✔Timer
Fixed End
Loose End
No End
D
Reference Line
9
Transcribed Image Text:3. Figure shows one moment standing wave on string (fixed ends). The frequency of the wave is 2.85 Hz. Based on the information from the figure, find fundamental frequency and wavelength 2₁, speed of this standing wave. Manual Ⓒ Oscillate Pulse 2 1 0 cm Restart 0m Amplitude 0.50 cm Frequency 2.85 Hz Slow Motion Normal None 4 Damping Lots 6 Tension Low 00:00.00 5 D High QQ Rulers ✔Timer Fixed End Loose End No End D Reference Line 9
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