2) Consider Table 1. How does the frequency of the fifth harmonic compare to the frequency of the first harmonic? (1.24.2) a) The two frequencies have the same value. by The frequency of the fifth harmonic is five times greater. c) The frequency of the fifth harmonic is one-fifth the value of the first harmonic. d) An actual comparison cannot be made since there are other variables involved 3) Which statement accurately compares the frequency of a harmonic in a closed-end air column to the frequency of the same harmonic in an open-end air column? a) The frequencies are the same for each. (E.24.1) b) The frequencies are greater for the open-end air column. c) The frequencies are greater for the closed-end air column. d) There is no clear pattern to how the frequencies compare. 4) Which statement accurately compares the wavelength of fifth harmonic for both types of air columns? Assume each air column has the same length. (E.24.1) a) Their wavelengths are identical. b) The wavelength of the closed-end air column is 0.10 m longer. c) The wavelength of the closed-end air column is 0.18 m longer. d) The wavelength of the closed-end air column is two times longer. 5) The spikes shown in the frequency spectrum in Figure 1 represent the harmonic frequencies of the instrument. What are the frequencies of the three strongest harmonics for the flute? (1.24.2) a) Approximately 260 Hz, 520 Hz, and 790 Hz. b) Approximately 260 Hz, 780 Hz, and 1320 Hz. c) Approximately 300 Hz, 500 Hz, and 700 Hz. d) Approximately 760 Hz, 140 Hz, and 90 Hz