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The graph shown below represents a standing wave on a string with fixed ends. The length of the string is L = 25 cm and it's mass is rn = 1? g. If the string is under tension of 5.5 N, find the wavelength {in cm] and period {in rnsecj of the oscillations. 111e wavelength, in = C] Units . The period, T = [:1 Uni: J Select an answer Question Help: E Message orurn Submit Question no units required 111e graph shown belowr represents a standing wave on a string 1with fixed ends. The length of the string is L = 15 cm and its mass is m = 1? g. If the string is under tension of 6.5 N, find the wavelength {in cm] and period {in rnsecj of the oscillations. 111e wavelength, e = Units - . The period, T = {121 x Units - . Question Help: E Message instructor D Post to forum Submit Question 111e graph shown belowr represents a standing wave on a string 1with fixed ends. The length of the string is L = 15 cm and it's mass is m = 1? g. If the string is under tension of 6.5 N, find the wavelength {in cm] and period {in rnsecj of the oscillations. 111e wavelength, 2. = Units . The ma. T = units ~' . Question Help: E Message instructor D Post to forum Submit