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Two Separated Sources Emit Sinusoidal Traveling Waves That Have the Same

Question 28

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Two separated sources emit sinusoidal traveling waves that have the same wavelength λ\lambda and are in phase at their respective sources. One travels a distance  Two separated sources emit sinusoidal traveling waves that have the same wavelength  \lambda  and are in phase at their respective sources. One travels a distance   to get to the observation point while the other travels a distance   The amplitude is a maximum at the observation point if   is: A)  an odd multiple of  \lambda /2 B)  an odd multiple of  \lambda /4 C)  a multiple of  \lambda  D)  an odd multiple of   \pi /2 E)  a multiple of   \pi to get to the observation point while the other travels a distance  Two separated sources emit sinusoidal traveling waves that have the same wavelength  \lambda  and are in phase at their respective sources. One travels a distance   to get to the observation point while the other travels a distance   The amplitude is a maximum at the observation point if   is: A)  an odd multiple of  \lambda /2 B)  an odd multiple of  \lambda /4 C)  a multiple of  \lambda  D)  an odd multiple of   \pi /2 E)  a multiple of   \pi The amplitude is a maximum at the observation point if  Two separated sources emit sinusoidal traveling waves that have the same wavelength  \lambda  and are in phase at their respective sources. One travels a distance   to get to the observation point while the other travels a distance   The amplitude is a maximum at the observation point if   is: A)  an odd multiple of  \lambda /2 B)  an odd multiple of  \lambda /4 C)  a multiple of  \lambda  D)  an odd multiple of   \pi /2 E)  a multiple of   \pi is:


A) an odd multiple of λ\lambda /2
B) an odd multiple of λ\lambda /4
C) a multiple of λ\lambda
D) an odd multiple of π\pi /2
E) a multiple of π\pi

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