Study

Sound and Wave

  •   0%
  •  0     0     0

  • What is the funciton of part E
    Catch the vibration
  • What is the simmilarity and the difference
    Same amplitude different frequency
  • The period is
    2 s
  • The pendullum needs 3s to move with path Y-X-Z-X, the period of pendullum is __________ s..
    4
  • What is the wavelength
    10 cm
  • Every wave produced in 0,25 seconds, the frequency of the wave is __________ Hz.
    4
  • What is the frequency of a wave traveling at 300 m/s with a 0.25 m wavelength?
    1200 Hz
  • What is the frequency
    2,5 Hz
  • What is the velocity
    0,5 m/s
  • The frequency is
    0,5 s
  • What is the name of part C
    Auditory nerve
  • The speed is ....
    0,5 m/s
  • Mention the path of 5/2 cycle if the initial point is Y.
    Y-X-Z-X-Y-X-Z-X-Y-X-Z
  • The pendullum needs 3s to move with path Y-X-Z-X, the frequency of pendullum is __________ Hz.
    0,25
  • What is the function of part C
    Transfering electrical signal to brain
  • Which one has the higher pitch?
    Wave 2
  • A wave passes by two docks that are 15.0m apart. If there is a crest at each dock and another two crests between the two docks, determine the wavelength.
    5 m
  • Period of 0,05 Hz wave is _________ second.
    20
  • what is the name of part A
    pinna
  • The speed is
    10 m/s
  • Hammer labeled by part ...
    B
  • what is the function of part F
    Converting vibration into electrical signal
  • what is the name of part F
    Cochlea
  • One end of the rope is vibrated to produce a wave with a wavelength of 0.25 m. The Frequency of the wave is 3.0 Hz. What is the speed of the wave?
    0,75 m/s
  • The frequency is
    2,5 Hz
  • Which one has the fastest speed, sound in iron, oil, or air?
    Iron
  • The frequency is ....
    0,25 Hz
  • The pendullum needs 3s to move with path Y-X-Z-X-Y-X-Z, the period of pendullum is __________ Hz.
    2 s
  • The pendullum needs 3s to move with path Y-X-Z-X-Y-X-Z, the frequency of pendullum is __________ Hz.
    0,5 Hz
  • A wave passes by two docks that are 40.0m apart. If there is a crest at each dock and another three crests between the two docks, determine the wavelength.
    10 m