question 75

V Part A The frequency of the standing wave shown in (Figure 1) is 165 Hz. For the steps and strategies involved in solving a similar What is the fundamental frequency of this pipe? problem, you may view the following Example 14-16 video: Express your answer in hertz. REASONING AND STRATEGY For a pipe closed on one end the fundamental frequency is AED ? . Speed Frequency and wavelength reb f1 = HZ The fundamental wave has completed only one-quarter of as 17 = 26 cm 4 -AL AY & Speed of sound in air, u - 343 m's Submit Request Answer Figure