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Asound source of frequency 1000 hz moves at 40.0 m/s toward a listener who is at rest. what is the apparent frequency heard by the listener? (speed of sound = 340 m/s)


  • Réponse publiée par: lhadyclaire

    1. As temperature increases ,the speed of the sound increases.

    2. 340 m/s



  • Réponse publiée par: RoseTheShadowHunter

    358.8 m/s

    349.6 m/s


    v = 331 m/s + 0.6 (38˚C)

    v = 331 m/s + 0.6 (31˚C)

  • Réponse publiée par: jemuelpogi


    which statement about the quotient when you get home

  • Réponse publiée par: nelspas422

    in the service of the week I really appreciate your follow-up email with the


    HTA to the store and I are in the same time gets closer we good to go for the interview on my own and I have been talking about me I really do want you to know that you are not feeling well today and will be back in the morning to see if you wanted to go to the gym and then I will be able to make the trip.

  • Réponse publiée par: maledabacuetes

    kaya mo yan sagutan basta magtiwla ka lng sa sarili mo okay mag hanap ka sa libro nyo baka meron ok

  • Réponse publiée par: kelly072

    so if no calculations is needed... the explanation to this is that when there is heat in a medium and it increases, sound can travel faster in that medium


    a medium with much heat has so much energy the vibration of that medium intensifies and therefor sound can travel faster on it

  • Réponse publiée par: JUMAIRAHtheOTAKU

    Speed of sound and temperature

    check students graphs to see that axes are correctly labeled and the data in the table is accurately plotted.

    1.as temperature increases, the speed of sound increases.

    2.340 m/s

    3.346 m/s

    4.0.6 m/s


    thank you for making me know that

  • Réponse publiée par: shannel99

    speed of sound in m/s 325 334 322 332 321

  • Réponse publiée par: abyzwlye

    To pronounce the American English nasal 'm sound' /m/, the lips are pressed together, causing the air to be blocked from leaving the mouth. The soft palate drops, allowing air to pass out through the nose. The sound is voiced, so the vocal cords vibrate while producing it.

  • Réponse publiée par: calmaaprilgrace

    We pronounce letter M : "Em"


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Asound source of frequency 1000 hz moves at 40.0 m/s toward a listener who is at rest. what is the a...