fStrings A and B have the same length and the same tension. but the mass of String B is 2.25 times the mass of String
\fStrings A and B have the same length and the same tension. but the mass of String B is 2.25 times the mass of String A. Both are vibrating at the same frequency. Which pair [if any) of the diagrams below correctly illustrates possible standing waves on strings A and B? If none are possible, choose "none". O None of the illustrations are correct. cross out cross out cross out cross out CTDSS out A guitar string is 33 cm long and oscillates in its fundamental mode with frequency f = 246 Hz and wavelength .\\. Consider the sound waves produced by the vibrating string. (a) Is the frequency of the sound waves greater thanr equal to. or less than f? Brieyr explain your answer. (b) Is the wavelength of the sound waves greater than. equal tor or less than A? Briefly. explain your answer. llllA' B Il E Ella, E'JSIIEI ul 5 Approximate word count: 0
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