 | George Arthur Hoadley - 1908 - 476 pages
...of the string. II. The length and tension being the same, the number of vibrations per second varies inversely as the square root of the mass per unit length of the string. III. The length and mass per unit length being the same, the number of vibrations per second varies... | |
 | George Arthur Hoadley - 1913 - 554 pages
...of the string. II. The length and tension being the same, the number of vibrations per second varies inversely as the square root of the mass per unit length of the string. III. The length and mass per unit length being the same, the number of vibrations per second varies... | |
 | Alexander Wilmer Duff, Henry Townsend Weed - 1928 - 592 pages
...and the piano-tuner tunes the wires of a piano in the same way. (3) The vibration frequency varies inversely as the square root of the mass per unit length of the wire. The lower notes of the piano are produced by heavy wires, while lighter wires are used for the... | |
 | Lawrence S. Lerner - 1996 - 640 pages
...string travels with a speed proportional to the square root of the tension and inversely proportional to the square root of the mass per unit length of the string. This result makes sense physically. The greater the tension, the greater the unbalanced force Fv and... | |
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The length and tension being the same, the number of vibrations per second varies inversely as the square root of the mass per unit length of the string. 