FINAL sound lab

sound waves whose frequency is 300 hz have a wavelength L1. Sound waves in the same medium have frequency of 600 hz and a wavelength L2. L1 is.. 4x greater than L2 2x as great as L2 half as great as L2 same as

2x as great

2 identical guitars play the same note on the same string, but guitar A is played more loudly than guitar B. The two waves would differ 4n waveshape period wavelength frequency amplitude

amplitude

greater amplitude of a wave, the greater its wavelength speed energy frequency

energy

frequency that is not an overtone of the fundamental frequency F is... 4F 2F F divided by 2

f divided by 2

sound waves are transverse waves true, false

false

sound wave whose frequency is 50 hz compared to sound waves with frequencies of 1000 hz very soft has relatively long wavelength very loud

has relatively short wavelength

pure musical note causes a thin wooden panel nearby to vibrate with the same frequency. this is an example of diffraction resonance interference overtone

resonance

sound waves hose freq is 300 hz have a speed relative to sound waves in the same medium whose freq is 600 hz that is 2x as great half the same

the same

piano and a guitar play the same note, the same loudness. two waves would differ in wavelegnth period waveshape amplitude frequency

waveshape