Sound, Light, And Heat ..
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To quickly assess the difficulty of the text, read a short excerpt:
In- the above table these numbers are as 4:5:6:8.
Therefore, in an open or in a stopped pipe, the number of vibra- tions per second is inversely as the length of the tube.
Vibration of Air in Tubes 153 In blowing across a tube it is not always easy to obtain a good musical sound ; the relation between the notes is, how- ■ever, easily perceived.
34. Overtones in Open and Stopped Pipes.
Blow strongly across a closed tube ; another note much higher than the fundamental note can be heard ; this is ...the first overtone ; it is the 12th above the fundamental. Remember, the overtone was sounding before, but we could not detect it.
*r- T) K ir Fig. 84.
B, fig. 84, represents the tube giving the fundamental; the particles of air move towards the bottom and back. In E the first overtone is produced ; the node is marked by the line. The particles will be alternately moving to and away from the node.
(Draw the tube with the arrow-heads reversed.) H represents the nodes when the next overtone is produced.
What to read after Sound, Light, And Heat ..?
You can find similar books in the "Read Also" column, or choose other free books by Wright, Mark R. (Mark Robinson), 1854- to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
In- the above table these numbers are as 4:5:6:8.
Therefore, in an open or in a stopped pipe, the number of vibra- tions per second is inversely as the length of the tube.
Vibration of Air in Tubes 153 In blowing across a tube it is not always easy to obtain a good musical sound ; the relation between the notes is, how- ■ever, easily perceived.
34. Overtones in Open and Stopped Pipes.
Blow strongly across a closed tube ; another note much higher than the fundamental note can be heard ; this is ...the first overtone ; it is the 12th above the fundamental. Remember, the overtone was sounding before, but we could not detect it.
*r- T) K ir Fig. 84.
B, fig. 84, represents the tube giving the fundamental; the particles of air move towards the bottom and back. In E the first overtone is produced ; the node is marked by the line. The particles will be alternately moving to and away from the node.
(Draw the tube with the arrow-heads reversed.) H represents the nodes when the next overtone is produced.
What to read after Sound, Light, And Heat ..?
You can find similar books in the "Read Also" column, or choose other free books by Wright, Mark R. (Mark Robinson), 1854- to read onlineMoreLess
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