A whistle 'S' of frequency v revolves in a circle of radius R at a constant speed v. what is the ratio of the largest and smallest frequency detected by a detector D, at rest, at a distance 2 R from the centre of the circle as shown in the figure? (take speed of sound in air as c)

A whistle of frequency 540 Hz is moving in a circle of radius 2 ft at a constant angular speed of 15 rad/s. What are the lowest and highest frequencies heard by a listener standing at rest, a long distance away from the centre of the circle? (Velocity of sound in air is 1100ft/s)

A whistle of frequency 540 Hz is moving in a circle of radius 2 ft at a constant angular speed of 15 rad/s. What are the lowest and highest frequencies heard by a listener standing at rest, a long distance away from the centre of the circle? (Velocity of sound in air is 1100ft/s)

A whistle of frequency 540 Hz is moving in a circle of radius 2 ft at a constant angular speed of 15 rad//s. What are the lowest and height frequencies heard by a listener standing at rest, a long distance away from the centre of the circle? (velocity of sound in air is 1100 ft//sec .)

A whistle of frequency 540 Hz rotates in a circle of radius 2 m at a linear speed of 30 m/s. What is the lowest and highest frequency heard by an observer a long distance away at rest with respect to the centre of circle. Take speed of sound in air as 330 m/s. Can the apparent frequency be ever equal to actual?

A whistle of frequency 540 H_(Z) rotates in a circle of radius 2 m at a linear speed of 30 m//s . What is the lowest and highest frequency heard by an observer a long distance away at rest with respect to the centre of circle ? Take speed of sound of sound in air as 330 m//s . Can the apparent frequency be ever equal to actual ?

A whistle of frequency 540 H_(Z) rotates in a circle of radius 2 m at a linear speed of 30 m//s . What is the lowest and highest frequency heard by an observer a long distance away at rest with respect to the centre of circle ? Take speed of sound of sound in air as 330 m//s . Can the apparent frequency be ever equal to actual ?

A whistle of frequency 540 Hz rotates in a circle of radius 2 m at an angular speed of 15rads^(-1) . What is the lowest and highest frequency heard by a listener a long distance away at rest with respect to centre of the circle ? Can the apparent frequecny be ever equal to the actual frequency? Take V=330ms^(-1) .

A whitle of frequency 540 Hz rotates in a horizontal circle of radius 2 m at an angular speed of 15(rad)/(s) . What is the lowest and the highest frequency heard by a listener a long distance away at rest with respect to the centre of the circle? (Velocity of sound in air is c=330(m)/(s) .)

A whitle of frequency 540 Hz rotates in a horizontal circle of radius 2 m at an angular speed of 15(rad)/(s) . What is the lowest and the highest frequency heard by a listener a long distance away at rest with respect to the centre of the circle? (Velocity of sound in air is c=330(m)/(s) .)