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Establish the relationship between speed of sound, its wavelength and frequency. If velocity of sound in air is \(340\ m s^{–1}\), calculate
(i) wavelength when frequency is \(256\ Hz\)
(ii) frequency when wavelength is \(0.85\ m\)
(i) wavelength when frequency is \(256\ Hz\)
(ii) frequency when wavelength is \(0.85\ m\)
(i) Wavelength when frequency is \(256\ Hz\) \(=\) \(m\)
(ii) Frequency when wavelength is \(0.85\ m\) \(=\) \(Hz\)
(Note: Enter your answer with two decimal digits)
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