A stationary emitter generates a sound of frequency $V$ . The frequency shift $\delta v _ { \gamma }$ if the receiver is moving at a speed that is not V _ { e }$ B) $V _ { y } = V _ { e }$ C) $V _ { y }

Question

A stationary emitter generates a sound of frequency $V$ . The frequency shift $\delta v _ { \gamma }$ if the receiver is moving at a speed that is not < the speed of sound in still air is related to the frequency shift $\delta v _ { e }$ if the emitter moves at precisely the same speed (in the appropriate direction) with respect to a stationary receiver by the relation
A) $V _ { y } > V _ { e }$
B) $V _ { y } = V _ { e }$
C) $V _ { y } < V _ { e }$
D) none of the above.

Quizplus · Accepted Answer

The Answer of A stationary emitter generates a sound of frequency $V$ . The frequency shift $\delta v _ { \gamma }$ if the receiver is moving at a speed that is not < the speed of sound in still air is related to the frequency shift $\delta v _ { e }$ if the emitter moves at precisely the same speed (in the appropriate direction) with respect to a stationary receiver by the relation
A) $V _ { y } > V _ { e }$
B) $V _ { y } = V _ { e }$
C) $V _ { y } < V _ { e }$
D) none of the above.

A Stationary Emitter Generates a Sound of Frequency VVV the Frequency Shift

A Stationary Emitter Generates a Sound of Frequency $V$ the Frequency Shift