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  1. Problems
  2. /Waves & Sound
  3. /Superposition and Standing Waves

Superposition and Standing Waves

Physics
+ Upload a Problem
More in Waves & SoundOscillations and Simple Harmonic MotionWave MotionSound Waves and HearingSuperposition and Standing WavesDoppler Effect
8 problems
Type:
1.
A 384 Hz fork is held over a resonance tube.
High School (11–12) · Superposition and Standing Waves, Sound Waves and HearingStemPy LabStemPy Lab
Medium
2.
A musician sounds a 320 Hz fork with a sitar string and hears 5 beats each second.
High School (11–12) · Wave Motion, Superposition and Standing WavesStemPy LabStemPy Lab
Medium
3.
Explain why a pipe closed at one end gives only the odd harmonics, while a pipe open at both ends…
High School (11–12) · Superposition and Standing Waves, Sound Waves and HearingStemPy LabStemPy Lab
Hard
4.
A string has a fundamental of 130 Hz. A standing wave on it has 650 Hz.
High School (11–12) · Superposition and Standing Waves, Sound Waves and HearingStemPy LabStemPy Lab
Medium
5.
A sitar string is 0.7 m long, and waves travel along it at 252 m/s.
High School (11–12) · Superposition and Standing Waves, Sound Waves and HearingStemPy LabStemPy Lab
Easy
6.
A string has a tension of 72 N and a mass of 0.02 kg for each metre.
High School (11–12) · Wave Motion, Superposition and Standing WavesStemPy LabStemPy Lab
Medium
7.
Two speakers send out the same note, starting together, with a wavelength of 0.5 m.
High School (11–12) · Wave Motion, Superposition and Standing WavesStemPy LabStemPy Lab
Medium
8.
A wave on a rope has a frequency of 40 Hz and a wavelength of 0.85 m.
High School (11–12) · Wave Motion, Superposition and Standing WavesStemPy LabStemPy Lab
Easy