New Laboratory Manual of Physics
New Laboratory Manual of Physics
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It should vibrate visibly for brief intervals, which alternate with intervals of rest. Observe that, as the difference in pitch is increased, these alternations of rest and vibration become more rapid, and the maximum amplitude of vibration becomes less, until presently the silent wire ceases to respond at all to the vibrations of the other. Account for this behavior of the wire.
WAVE LENGTH BY RESONANCE 133 EXERCISE 42. WAVE LENGTH BY RESONANCE References. Adams, 216-219 ; Coleman, 313 ; Car. ...& C. , 193; Ches. G. & T. , 194-197; Hoad. Br. , 198-201 ; Hoad. EL, 216; Mil. & G. , 463-466 ; Went. & H. , 349.
Experiment 80. To find, by means of a resonance tube, the length of the sound waves set up by a tuning fork of known vibra- tion rate ; and to compute the velocity of sound in air frcm these quantities.
Apparatus. Some form of resonance tube having an adjustable length (Figs. 56, 57, and 58) ; tuning fork; rubber mallet; rub- ber band; meter rod; access to a thermometer.
"FIG. 56.
[For second resonance, the tube must be at least 105 cm.
What to read after New Laboratory Manual of Physics?
You can find similar books in the "Read Also" column, or choose other free books by Silas Ellsworth Coleman to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
It should vibrate visibly for brief intervals, which alternate with intervals of rest. Observe that, as the difference in pitch is increased, these alternations of rest and vibration become more rapid, and the maximum amplitude of vibration becomes less, until presently the silent wire ceases to respond at all to the vibrations of the other. Account for this behavior of the wire.
WAVE LENGTH BY RESONANCE 133 EXERCISE 42. WAVE LENGTH BY RESONANCE References. Adams, 216-219 ; Coleman, 313 ; Car. ...& C. , 193; Ches. G. & T. , 194-197; Hoad. Br. , 198-201 ; Hoad. EL, 216; Mil. & G. , 463-466 ; Went. & H. , 349.
Experiment 80. To find, by means of a resonance tube, the length of the sound waves set up by a tuning fork of known vibra- tion rate ; and to compute the velocity of sound in air frcm these quantities.
Apparatus. Some form of resonance tube having an adjustable length (Figs. 56, 57, and 58) ; tuning fork; rubber mallet; rub- ber band; meter rod; access to a thermometer.
"FIG. 56.
[For second resonance, the tube must be at least 105 cm.
What to read after New Laboratory Manual of Physics?
You can find similar books in the "Read Also" column, or choose other free books by Silas Ellsworth Coleman to read onlineMoreLess
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