A source of sound is moving along a circular orbit of radius 3m with and angular vel of 10rad/d. A sound detector located far away from the source is executing linear simple harmonic motion along the line BD with an amplitude BC=CD=6m. The frequency of oscillation of detector is 5/pi per sec . The source is at point A when the detector is at pt. B. If the source emits continuous sound wave of frequency 340Hz , find the maximum and the minimum frequency recorded by the detector (speed of sound is 340m/s)

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Q. A source of sound is moving along a circular orbit of radius 3m with an angular velocity of 10 rad/sec. A sound detector located far away from the source is executing S.H.M. along the line with an amplitude 1m. The freuency of oscillation of the detector is 5 per sec. The source is at the point A when the detector is at the point B. If the source emits a continuous sound wave of frequency 340 Hz, the minimum and maximum frequency recorded by the detector (velocity of sound in air = 330 m/s)

Q. A source of sound is moving along a circular path of radius

3 m

with angular velocity of

10 r a d / s

. A sound detector located far away from the source is executing linear

S . H . M .

along the line

B D

shown in the figure with an amplitude

B C = D C = 6 m

. The frequency of oscillation of the detector is

\frac{5}{π} H z

. The source is at point

A

when the detector is at point

B

. If the source emits a continuous sound wave frequency

340 H z

. Then,

A small source of sound oscillates in simple harmonic motion with an amplitude of 17 cm. A detector is placed along the line of motion of the source. The source emits a sound of frequency 800 Hz which travels at a speed of $340 m s^{- 1}$ . If the width of the frequency band detected by the detector is 8 Hz, find the time period of the source.

Q. A source of sound emitting a 1200 Hz note travels along a straight line at a speed of 170 m s⁻¹. A detector is placed at a distance 200 m from the line of motion of the source. (a) Find the frequency of sound receive by the detector at the instant when the source gets closest to it. (b) Find the distance between the source and the detector at the instant in detects the frequency 1200 Hz. Velocity of sound in air = 340 m s⁻¹.

Q. A source of sound emitting 1200 Hz note travels along a straight line at a speed of

170 m s^{- 1}

. A detector is placed at a distance 200 m from the line of motion of the source. The frequency of the sound received by the detector when it is closest is (velocity of sound is

340 m s^{- 1}

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