A pipe closed at one end is 1.0m long. The air in the pipe is set into vibration and a fundamental note of frequency 85Hz is produced. Calculate the velocit...
Vraag 1 Verslag
A pipe closed at one end is 1.0m long. The air in the pipe is set into vibration and a fundamental note of frequency 85Hz is produced. Calculate the velocity of sound in the air. (Neglect end correction).
Antwoorddetails
The fundamental frequency of a closed pipe is given by:
f = v/4L
where f is the frequency, v is the velocity of sound and L is the length of the pipe.
Rearranging this equation to solve for v, we get:
v = 4Lf
Substituting the values given in the question, we get:
v = 4 x 1.0m x 85Hz
v = 340.0ms^-1
Therefore, the velocity of sound in air is 340.0ms^-1.
Answer: 340.0ms^-1.
Download de app in de Google Playstore
Alles wat je nodig hebt om uit te blinken in JAMB, WAEC en NECO.
Persoonlijke AI Leerchat Assistent
Meer dan 200.000 IGCSE-, JAMB-, WAEC- en NECO-examenvragen.
Meer dan 1200 lesnotities
Offline ondersteuning - Leer altijd en overal
Dienstregeling Groene Brug
Literatuursamenvattingen & Potentiële Vragen
Volg je prestaties en vooruitgang.
Diepgaande Uitleg voor Uitgebreid Leren